:- include('dir.header').
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergy'),7391035).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergyOfAReactionByAppealToInitialAndFinalSystemStates'),7391077).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergyOfAReactionByAppealToSystemProperties'),7391065).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingTotalTabWithTip'),7390808).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actCancelingOutFactorsDenominatorAndNumerator'),7390931).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actCancelingOutFactorsNumeratorAndDenominator'),7390932).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actCommutingTwoMathematicalExpressions'),7390725).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelyEvaluatingAMathematicalExpressionTopLevel'),7390786).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionNoOpCase'),7390987).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionVariableBindingsKnown'),7390835).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionVariablesButNoVariableBindings'),7391005).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantityMixed'),7390952).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantitySimpleIntegerComponent'),7390971).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantitySimpleNoIntegerComponent'),7390731).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalValueToAPercentageValue'),7390727).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAFractionalNumberOrQuantityMixedToADecimal'),7390946).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAFractionalNumberOrQuantitySimpleToADecimal'),7390917).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAMixedFractionToAnEquivalentMixedFractionIncreasingFractionalPart'),7391017).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAnIntegerToAnEquivalentMixedFraction'),7390942).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAPercentageValueToADecimalValue'),7390780).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAPercentageValueToASimpleFraction'),7390983).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingASimpleFractionToAPercentageValue'),7391063).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actCorrectingErrorOfDeemingIrrelevantQuantityRelevant'),7390751).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorFirstTermUnknownAndFirstRatioGreater'),7390753).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorFirstTermUnknownAndSecondRatioGreater'),7390755).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorSecondTermUnknownAndFirstRatioGreater'),7390796).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorSecondTermUnknownAndSecondRatioGreater'),7390800).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionIntoAnExpressionLeft'),7391097).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionIntoAnExpressionRight'),7390977).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionOutOfAnExpressionLeft'),7390979).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionOutOfAnExpressionRight'),7390981).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDividend'),7391114).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisor'),7391083).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDividendAndDivisorEqualLength'),7390827).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDividendLonger'),7391037).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDivisorLonger'),7391031).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedAndSimpleFractionsMixedDividend'),7391003).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedAndSimpleFractionsMixedDivisor'),7390993).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDividend'),7391013).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDivisor'),7391011).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDivisorAndDividend'),7391021).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDividend'),7391091).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDivisor'),7390737).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDivisorAndDividend'),7390721).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingTwoScalarPointValues'),7390671).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingTwoScalarPointValues'),7390911).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsComplexCase'),7390874).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsMultiplesCase'),7390862).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsNoOpCase'),7390845).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAPercentageOfAnIntegerBaseAmount'),7391039).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAReciprocal'),7390825).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAUnitRate'),7390792).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingTheReciprocalOfAnInteger'),7390739).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingTheReciprocalOfASimpleFraction'),7391093).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),7390604).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),7391069).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),7390603).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),7391085).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),7390608).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),7390804).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMovingADecimalPointLeftward'),7391041).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMovingADecimalPointRightward'),7391043).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingADecimalAndAnInteger'),7390723).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAMixedFractionAndASimpleFraction'),7390944).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerAndADecimal'),7390841).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerAndAMixedFraction'),7390759).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerByASimpleFraction'),7390999).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAScalarPointValueByOne'),7390733).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAScalarPointValueByZero'),7390719).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingMultiDigitIntegers'),7390847).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingOneByAScalarPointValue'),7390735).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingSmallIntegers'),7391071).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoDecimals'),7390774).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoMixedFractions'),7390708).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoScalarPointValues'),7390669).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoScalarPointValues'),7390860).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingZeroByAScalarPointValue'),7390715).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndAMixedFraction'),7391087).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndAnInteger'),7390821).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndASimpleFraction'),7391107).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoDecimals'),7390741).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoIntegers'),7390680).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoMixedFractionsEqualIntegerComponent'),7391045).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoMixedFractionsUnequalIntegerComponent'),7391033).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoSimpleFractions'),7390909).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoSimpleFractionsCommonDenominators'),7390950).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actPerformingAnOperationOnBothSidesOfAMathStatement'),7390713).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actPlacingADecimalPoint'),7390975).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingACoefficientViaMultiplicationOrDivision'),7390765).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingADecimalPoint'),7391126).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingOneTermViaAdditionOrSubtraction'),7391099).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actRenamingAnIntegerToAnEqualSimpleFractionWithDenominatorOtherThan1'),7391023).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actRenamingAnIntegerToASimpleFractionWithDenominator1'),7391007).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actRepresentingARatioAsASimpleFraction'),7391025).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actRepresentingASimpleFractionAsARatio'),7390747).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actRespondingToAVaguePlantingOfRedFlagUserAction'),7390921).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actRespondingToFeedbackAboutMissedQuantities'),7390973).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actScalingDownARatio'),7390876).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actScalingUpARatio'),7390717).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSelectingASubExpressionToSimplify'),7391015).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToMixedOnly'),7390684).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAFractionNoOpCase'),7390698).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAMixedNumberDroppingZero'),7390852).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingBothSidesOfAMathStatement'),7390995).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSolvingAUnivariateLinearEquation'),7390969).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubstitutingTheBindingForOneVariable'),7391019).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingAMixedFractionFromAnInteger'),7390688).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingAnIntegerFromASimpleFraction'),7391073).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingASimpleFractionFromAnInteger'),7391116).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersLargerValueFromSmallerValue'),7390710).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersNumberFromItself'),7390958).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersSingleDigitFromLargerValue'),7390843).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersSmallerValueFromLargerValue'),7391109).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingMixedFractionsFractionalPartOfMinuendGreaterOrEqual'),7390829).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingMixedFractionsFractionalPartOfMinuendLess'),7391081).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingSimpleFractions'),7390864).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingSimpleFractionsWithCommonDenominators'),7390872).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValues'),7390672).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValues'),7390915).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValuesNumberFromItself'),7391118).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actTransformingAMathExpressionUsingAssociationLeft'),7391059).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actTransformingAMathExpressionUsingAssociationRight'),7391049).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelyEvaluatingAMathematicalExpression'),7391027).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelySimplifyingAMathExpression'),7390963).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelySimplifyingAMathExpressionFractionalexpression'),7391055).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneAdditionSubExpression'),7391067).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneDivisionSubExpression'),7390938).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneEnclosedSubExpression'),7391061).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneMultiplicationSubExpression'),7390925).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneSubExpression'),7390770).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneSubtractionSubExpression'),7390891).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','ftSimplifyingAnEnclosedSubExpression'),7391128).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn','ftSimplifyingASubExpression'),7390745).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actCheckingAnswerToProblemOfTypeFn','cwSolveLinearEquationOfOneVariableProblem')),7391122).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tParallelogram')),7391124).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tRectangle')),7391053).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tTrapezoid')),7391095).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tTriangle')),7391112).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tPentagon')),7390763).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tQuadrilateral')),7390690).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tTriangle')),7390704).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tRectangularParallelepiped')),7390839).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tRightCylinder')),7390900).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tWedge')),7390761).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tPyramidRectangularBase')),7391029).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRectangularParallelepiped')),7391089).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRightCircularCone')),7391001).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRightCylinder')),7390967).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tTetrahedron')),7390823).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tWedge')),7390991).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',0)),7390612).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',0)),7391009).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',1)),7390605).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',1)),7391120).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',2)),7390606).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',2)),7391047).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',3)),7390607).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',3)),7391051).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',4)),7390609).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',4)),7390729).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',1)),7391079).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',2)),7390610).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',2)),7390776).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',3)),7390611).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',3)),7390757).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',4)),7390613).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',4)),7390802).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actMultiplyingNumberOrQuantityTypesFn','vtFractionalNumberOrQuantitySimple','vtScalarIntegralValue')),7390985).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actSolvingEventTypeForProblemFn','iBELLAProblemPlaceholder')),7390989).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwMathWordProblem')),7390614).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwMathWordProblem')),7390772).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwSimplifyExpressionMathProblem')),7390618).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwSimplifyExpressionMathProblem')),7390694).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventReflectingFigureTypeFn','tTriangle')),7391057).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventRotatingFigureTypeFn','tTriangle')),7390743).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventTranslatingFigureTypeFn','tTriangle')),7391075).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingIntegersLongOrWithCarrying',1),7390886).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingIntegersSingleDigitToAnything',1),7390686).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractions',2),7390790).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionsWithCommonDenominators',1),7390837).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionToSimpleFraction',1),7390831).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionToSimpleFraction',2),7390954).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionsWithCommonDenominator',1),7390907).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionToMixedFraction',1),7390882).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionToMixedFraction',2),7390850).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionNoVariables',1),7390965).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingAMixedFractionToASimpleFraction',1),7390702).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingASimpleFractionToAMixedFraction',1),7390682).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingToAnEquivalentFraction',1),7390878).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDeterminingTheRelationBetweenAdditionExpressions',1),7390858).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDeterminingTheRelationBetweenExpressionsViaEvaluation',1),7390868).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsMultiplesCase',1),7390692).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',1),7390678).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',2),7390902).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',3),7390895).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionWithRemainder',1),7390870).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actFindingAGreatestCommonFactor',1),7390948).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actFindingAGreatestCommonFactor',2),7390956).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actMultiplyingTwoSimpleFractions',3),7390929).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actReorderingOperandsToGroupLikeTerms',1),7390794).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionalOperand',1),7390893).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToWhole',1),7390919).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToWhole',2),7390940).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionReducingOnly',1),7390833).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionReducingOnly',2),7390854).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAMixedNumberWithImproperFractionalPart',1),7390961).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAnImproperFractionReduceAndConvertToMixed',1),7390927).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathProblem',1),7390905).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathWordProblem',1),7390615).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathWordProblem',1),7390784).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAProblem',1),7390810).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingAMixedFractionFromASimpleFraction',1),7390706).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingAnIntegerFromAMixedFraction',1),7390913).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingASimpleFractionFromAMixedFraction',1),7390696).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingMixedFractions',1),7390798).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelyEvaluatingATwoArgDivisionExpression',2),7390749).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelyEvaluatingATwoArgMultiplicationExpression',1),7390700).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelySimplifyingATwoArgDivisionExpression',1),7390778).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelySimplifyingATwoArgDivisionExpression',2),7476750).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftSimplifyingAnEvaluatableSubExpression',1),7390817).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionAfterSubstitutingMathProblem'),1),7390880).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),7390617).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),7390923).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwExpressionComparisonProblem'),1),7390866).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwQuantitativeRelationshipMathProblem'),1),7390806).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwSimplifyExpressionMathProblem'),1),7390616).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwSimplifyExpressionMathProblem'),1),7390889).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwEvaluateExpressionAfterSubstitutingMathProblem'),1),7390884).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_2','iVersionOfElleForAddMixedNumbers0002_2',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),7390856).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3','iDefaultModelForProvidingTheAnswerToAMathProblem',7391488).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingAnIntegerAndAFraction'),7391866).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingAnIntegerAndAMixedFraction'),7391651).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingASimpleFractionAndAnInteger'),7391657).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingIntegersLongOrWithCarryingWithCalculator'),7391681).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingIntegersShortAndWithoutCarrying'),7391684).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingSimpleFractions'),7391688).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingTwoScalarPointValues'),7391539).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingTwoScalarPointValues'),7391767).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergy'),7391904).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergyOfAReactionByAppealToInitialAndFinalSystemStates'),7391946).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergyOfAReactionByAppealToSystemProperties'),7391934).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingTotalTabWithTip'),7391677).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actCancelingOutFactorsDenominatorAndNumerator'),7391800).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actCancelingOutFactorsNumeratorAndDenominator'),7391801).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actCommutingTwoMathematicalExpressions'),7391594).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelyEvaluatingAMathematicalExpressionTopLevel'),7391655).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionNoOpCase'),7391856).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionVariableBindingsKnown'),7391704).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionVariablesButNoVariableBindings'),7391874).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantityMixed'),7391821).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantitySimpleIntegerComponent'),7391840).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantitySimpleNoIntegerComponent'),7391600).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalValueToAPercentageValue'),7391596).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAFractionalNumberOrQuantityMixedToADecimal'),7391815).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAFractionalNumberOrQuantitySimpleToADecimal'),7391786).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAMixedFractionToAnEquivalentMixedFractionIncreasingFractionalPart'),7391886).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAnIntegerToAnEquivalentMixedFraction'),7391811).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAPercentageValueToADecimalValue'),7391649).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAPercentageValueToASimpleFraction'),7391852).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingASimpleFractionToAPercentageValue'),7391932).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actCorrectingErrorOfDeemingIrrelevantQuantityRelevant'),7391620).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorFirstTermUnknownAndFirstRatioGreater'),7391622).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorFirstTermUnknownAndSecondRatioGreater'),7391624).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorSecondTermUnknownAndFirstRatioGreater'),7391663).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorSecondTermUnknownAndSecondRatioGreater'),7391669).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionIntoAnExpressionLeft'),7391966).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionIntoAnExpressionRight'),7391846).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionOutOfAnExpressionLeft'),7391848).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionOutOfAnExpressionRight'),7391850).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDividend'),7391983).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisor'),7391952).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDividendAndDivisorEqualLength'),7391696).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDividendLonger'),7391906).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDivisorLonger'),7391900).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedAndSimpleFractionsMixedDividend'),7391872).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedAndSimpleFractionsMixedDivisor'),7391862).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDividend'),7391882).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDivisor'),7391880).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDivisorAndDividend'),7391890).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDividend'),7391960).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDivisor'),7391606).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDivisorAndDividend'),7391590).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingTwoScalarPointValues'),7391540).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingTwoScalarPointValues'),7391780).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsComplexCase'),7391743).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsMultiplesCase'),7391731).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsNoOpCase'),7391714).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAPercentageOfAnIntegerBaseAmount'),7391908).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAReciprocal'),7391694).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAUnitRate'),7391659).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingTheReciprocalOfAnInteger'),7391608).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingTheReciprocalOfASimpleFraction'),7391962).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),7391473).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),7391938).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),7391472).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),7391954).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),7391477).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),7391673).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actMovingADecimalPointLeftward'),7391910).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actMovingADecimalPointRightward'),7391912).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingADecimalAndAnInteger'),7391592).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAMixedFractionAndASimpleFraction'),7391813).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerAndADecimal'),7391710).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerAndAMixedFraction'),7391628).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerByASimpleFraction'),7391868).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAScalarPointValueByOne'),7391602).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAScalarPointValueByZero'),7391588).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingMultiDigitIntegers'),7391716).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingOneByAScalarPointValue'),7391604).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingSmallIntegers'),7391940).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoDecimals'),7391643).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoMixedFractions'),7391577).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoScalarPointValues'),7391538).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoScalarPointValues'),7391729).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingZeroByAScalarPointValue'),7391584).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndAMixedFraction'),7391956).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndAnInteger'),7391690).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndASimpleFraction'),7391976).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoDecimals'),7391610).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoIntegers'),7391549).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoMixedFractionsEqualIntegerComponent'),7391914).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoMixedFractionsUnequalIntegerComponent'),7391902).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoSimpleFractions'),7391778).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoSimpleFractionsCommonDenominators'),7391819).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actPerformingAnOperationOnBothSidesOfAMathStatement'),7391582).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actPlacingADecimalPoint'),7391844).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingACoefficientViaMultiplicationOrDivision'),7391634).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingADecimalPoint'),7391995).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingOneTermViaAdditionOrSubtraction'),7391968).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actRenamingAnIntegerToAnEqualSimpleFractionWithDenominatorOtherThan1'),7391892).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actRenamingAnIntegerToASimpleFractionWithDenominator1'),7391876).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actRepresentingARatioAsASimpleFraction'),7391894).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actRepresentingASimpleFractionAsARatio'),7391616).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actRespondingToAVaguePlantingOfRedFlagUserAction'),7391790).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actRespondingToFeedbackAboutMissedQuantities'),7391842).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actScalingDownARatio'),7391745).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actScalingUpARatio'),7391586).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSelectingASubExpressionToSimplify'),7391884).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToMixedOnly'),7391553).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAFractionNoOpCase'),7391567).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAMixedNumberDroppingZero'),7391721).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingBothSidesOfAMathStatement'),7391864).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSolvingAUnivariateLinearEquation'),7391838).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubstitutingTheBindingForOneVariable'),7391888).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingAMixedFractionFromAnInteger'),7391557).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingAnIntegerFromASimpleFraction'),7391942).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingASimpleFractionFromAnInteger'),7391985).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersLargerValueFromSmallerValue'),7391579).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersNumberFromItself'),7391827).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersSingleDigitFromLargerValue'),7391712).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersSmallerValueFromLargerValue'),7391978).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingMixedFractionsFractionalPartOfMinuendGreaterOrEqual'),7391698).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingMixedFractionsFractionalPartOfMinuendLess'),7391950).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingSimpleFractions'),7391733).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingSimpleFractionsWithCommonDenominators'),7391741).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValues'),7391541).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValues'),7391784).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValuesNumberFromItself'),7391987).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actTransformingAMathExpressionUsingAssociationLeft'),7391928).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actTransformingAMathExpressionUsingAssociationRight'),7391918).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelyEvaluatingAMathematicalExpression'),7391896).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelySimplifyingAMathExpression'),7391832).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelySimplifyingAMathExpressionFractionalexpression'),7391924).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneAdditionSubExpression'),7391936).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneDivisionSubExpression'),7391807).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneEnclosedSubExpression'),7391930).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneMultiplicationSubExpression'),7391794).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneSubExpression'),7391639).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneSubtractionSubExpression'),7391760).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','ftSimplifyingAnEnclosedSubExpression'),7391997).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn','ftSimplifyingASubExpression'),7391614).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actCheckingAnswerToProblemOfTypeFn','cwSolveLinearEquationOfOneVariableProblem')),7391991).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tParallelogram')),7391993).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tRectangle')),7391922).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tTrapezoid')),7391964).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tTriangle')),7391981).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tPentagon')),7391632).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tQuadrilateral')),7391559).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tTriangle')),7391573).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tRectangularParallelepiped')),7391708).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tRightCylinder')),7391769).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tWedge')),7391630).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tPyramidRectangularBase')),7391898).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRectangularParallelepiped')),7391958).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRightCircularCone')),7391870).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRightCylinder')),7391836).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tTetrahedron')),7391692).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tWedge')),7391860).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',0)),7391481).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',0)),7391878).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',1)),7391474).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',1)),7391989).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',2)),7391475).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',2)),7391916).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',3)),7391476).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',3)),7391920).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',4)),7391478).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',4)),7391598).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',1)),7391948).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',2)),7391479).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',2)),7391645).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',3)),7391480).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',3)),7391626).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',4)),7391482).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',4)),7391671).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actMultiplyingNumberOrQuantityTypesFn','vtFractionalNumberOrQuantitySimple','vtScalarIntegralValue')),7391854).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actSolvingEventTypeForProblemFn','iBELLAProblemPlaceholder')),7391858).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwMathWordProblem')),7391483).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwMathWordProblem')),7391641).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwSimplifyExpressionMathProblem')),7391487).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwSimplifyExpressionMathProblem')),7391563).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventReflectingFigureTypeFn','tTriangle')),7391926).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventRotatingFigureTypeFn','tTriangle')),7391612).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventTranslatingFigureTypeFn','tTriangle')),7391944).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingIntegersLongOrWithCarrying',1),7391755).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingIntegersSingleDigitToAnything',1),7391555).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractions',3),7391665).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionsWithCommonDenominators',1),7391706).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionToSimpleFraction',1),7391700).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionToSimpleFraction',2),7391823).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionsWithCommonDenominator',1),7391776).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionToMixedFraction',1),7391751).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionToMixedFraction',2),7391719).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionNoVariables',1),7391834).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingAMixedFractionToASimpleFraction',1),7391571).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingASimpleFractionToAMixedFraction',1),7391551).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingToAnEquivalentFraction',1),7391747).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDeterminingTheRelationBetweenAdditionExpressions',1),7391727).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDeterminingTheRelationBetweenExpressionsViaEvaluation',1),7391737).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsMultiplesCase',1),7391561).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',1),7391547).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',2),7391771).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',3),7391764).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionWithRemainder',1),7391739).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actFindingAGreatestCommonFactor',1),7391817).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actFindingAGreatestCommonFactor',2),7391825).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actMultiplyingTwoSimpleFractions',3),7391798).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actReorderingOperandsToGroupLikeTerms',1),7391661).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionalOperand',1),7391762).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToWhole',1),7391788).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToWhole',2),7391809).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionReducingOnly',1),7391702).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionReducingOnly',2),7391723).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAMixedNumberWithImproperFractionalPart',1),7391830).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAnImproperFractionReduceAndConvertToMixed',1),7391796).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathProblem',1),7391774).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathWordProblem',1),7391484).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathWordProblem',1),7391653).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAProblem',1),7391679).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingAMixedFractionFromASimpleFraction',1),7391575).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingAnIntegerFromAMixedFraction',1),7391782).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingASimpleFractionFromAMixedFraction',1),7391565).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingMixedFractions',1),7391667).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelyEvaluatingATwoArgDivisionExpression',2),7391618).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelyEvaluatingATwoArgMultiplicationExpression',1),7391569).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelySimplifyingATwoArgDivisionExpression',1),7391647).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelySimplifyingATwoArgDivisionExpression',2),7476746).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftSimplifyingAnEvaluatableSubExpression',1),7391686).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionAfterSubstitutingMathProblem'),1),7391749).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),7391486).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),7391792).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwExpressionComparisonProblem'),1),7391735).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwQuantitativeRelationshipMathProblem'),1),7391675).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwSimplifyExpressionMathProblem'),1),7391485).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwSimplifyExpressionMathProblem'),1),7391758).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwEvaluateExpressionAfterSubstitutingMathProblem'),1),7391753).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_3','iVersionOfElleForAddMixedNumbers0002_3',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),7391725).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4','iDefaultModelForProvidingTheAnswerToAMathProblem',7392357).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingAnIntegerAndAFraction'),7392733).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingAnIntegerAndAMixedFraction'),7392520).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingASimpleFractionAndAnInteger'),7392526).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingIntegersLongOrWithCarryingWithCalculator'),7392548).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingIntegersShortAndWithoutCarrying'),7392551).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingSimpleFractions'),7392555).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingTwoScalarPointValues'),7392408).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingTwoScalarPointValues'),7392634).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergy'),7392771).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergyOfAReactionByAppealToInitialAndFinalSystemStates'),7392813).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergyOfAReactionByAppealToSystemProperties'),7392801).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingTotalTabWithTip'),7392544).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actCancelingOutFactorsDenominatorAndNumerator'),7392667).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actCancelingOutFactorsNumeratorAndDenominator'),7392668).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actCommutingTwoMathematicalExpressions'),7392463).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelyEvaluatingAMathematicalExpressionTopLevel'),7392524).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionNoOpCase'),7392723).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionVariableBindingsKnown'),7392571).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionVariablesButNoVariableBindings'),7392741).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantityMixed'),7392688).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantitySimpleIntegerComponent'),7392707).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantitySimpleNoIntegerComponent'),7392469).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalValueToAPercentageValue'),7392465).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAFractionalNumberOrQuantityMixedToADecimal'),7392682).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAFractionalNumberOrQuantitySimpleToADecimal'),7392653).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAMixedFractionToAnEquivalentMixedFractionIncreasingFractionalPart'),7392753).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAnIntegerToAnEquivalentMixedFraction'),7392678).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAPercentageValueToADecimalValue'),7392518).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAPercentageValueToASimpleFraction'),7392719).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingASimpleFractionToAPercentageValue'),7392799).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actCorrectingErrorOfDeemingIrrelevantQuantityRelevant'),7392489).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorFirstTermUnknownAndFirstRatioGreater'),7392491).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorFirstTermUnknownAndSecondRatioGreater'),7392493).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorSecondTermUnknownAndFirstRatioGreater'),7392532).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorSecondTermUnknownAndSecondRatioGreater'),7392536).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionIntoAnExpressionLeft'),7392833).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionIntoAnExpressionRight'),7392713).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionOutOfAnExpressionLeft'),7392715).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionOutOfAnExpressionRight'),7392717).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDividend'),7392850).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisor'),7392819).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDividendAndDivisorEqualLength'),7392563).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDividendLonger'),7392773).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDivisorLonger'),7392767).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedAndSimpleFractionsMixedDividend'),7392739).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedAndSimpleFractionsMixedDivisor'),7392729).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDividend'),7392749).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDivisor'),7392747).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDivisorAndDividend'),7392757).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDividend'),7392827).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDivisor'),7392475).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDivisorAndDividend'),7392459).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingTwoScalarPointValues'),7392409).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingTwoScalarPointValues'),7392647).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsComplexCase'),7392610).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsMultiplesCase'),7392598).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsNoOpCase'),7392581).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAPercentageOfAnIntegerBaseAmount'),7392775).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAReciprocal'),7392561).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAUnitRate'),7392528).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingTheReciprocalOfAnInteger'),7392477).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingTheReciprocalOfASimpleFraction'),7392829).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),7392342).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),7392805).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),7392341).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),7392821).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),7392346).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),7392540).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actMovingADecimalPointLeftward'),7392777).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actMovingADecimalPointRightward'),7392779).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingADecimalAndAnInteger'),7392461).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAMixedFractionAndASimpleFraction'),7392680).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerAndADecimal'),7392577).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerAndAMixedFraction'),7392497).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerByASimpleFraction'),7392735).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAScalarPointValueByOne'),7392471).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAScalarPointValueByZero'),7392457).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingMultiDigitIntegers'),7392583).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingOneByAScalarPointValue'),7392473).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingSmallIntegers'),7392807).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoDecimals'),7392512).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoMixedFractions'),7392446).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoScalarPointValues'),7392407).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoScalarPointValues'),7392596).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingZeroByAScalarPointValue'),7392453).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndAMixedFraction'),7392823).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndAnInteger'),7392557).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndASimpleFraction'),7392843).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoDecimals'),7392479).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoIntegers'),7392418).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoMixedFractionsEqualIntegerComponent'),7392781).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoMixedFractionsUnequalIntegerComponent'),7392769).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoSimpleFractions'),7392645).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoSimpleFractionsCommonDenominators'),7392686).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actPerformingAnOperationOnBothSidesOfAMathStatement'),7392451).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actPlacingADecimalPoint'),7392711).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingACoefficientViaMultiplicationOrDivision'),7392503).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingADecimalPoint'),7392862).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingOneTermViaAdditionOrSubtraction'),7392835).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actRenamingAnIntegerToAnEqualSimpleFractionWithDenominatorOtherThan1'),7392759).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actRenamingAnIntegerToASimpleFractionWithDenominator1'),7392743).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actRepresentingARatioAsASimpleFraction'),7392761).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actRepresentingASimpleFractionAsARatio'),7392485).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actRespondingToAVaguePlantingOfRedFlagUserAction'),7392657).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actRespondingToFeedbackAboutMissedQuantities'),7392709).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actScalingDownARatio'),7392612).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actScalingUpARatio'),7392455).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSelectingASubExpressionToSimplify'),7392751).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToMixedOnly'),7392422).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAFractionNoOpCase'),7392436).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAMixedNumberDroppingZero'),7392588).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingBothSidesOfAMathStatement'),7392731).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSolvingAUnivariateLinearEquation'),7392705).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubstitutingTheBindingForOneVariable'),7392755).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingAMixedFractionFromAnInteger'),7392426).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingAnIntegerFromASimpleFraction'),7392809).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingASimpleFractionFromAnInteger'),7392852).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersLargerValueFromSmallerValue'),7392448).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersNumberFromItself'),7392694).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersSingleDigitFromLargerValue'),7392579).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersSmallerValueFromLargerValue'),7392845).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingMixedFractionsFractionalPartOfMinuendGreaterOrEqual'),7392565).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingMixedFractionsFractionalPartOfMinuendLess'),7392817).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingSimpleFractions'),7392600).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingSimpleFractionsWithCommonDenominators'),7392608).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValues'),7392410).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValues'),7392651).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValuesNumberFromItself'),7392854).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actTransformingAMathExpressionUsingAssociationLeft'),7392795).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actTransformingAMathExpressionUsingAssociationRight'),7392785).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelyEvaluatingAMathematicalExpression'),7392763).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelySimplifyingAMathExpression'),7392699).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelySimplifyingAMathExpressionFractionalexpression'),7392791).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneAdditionSubExpression'),7392803).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneDivisionSubExpression'),7392674).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneEnclosedSubExpression'),7392797).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneMultiplicationSubExpression'),7392661).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneSubExpression'),7392508).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneSubtractionSubExpression'),7392627).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','ftSimplifyingAnEnclosedSubExpression'),7392864).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn','ftSimplifyingASubExpression'),7392483).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actCheckingAnswerToProblemOfTypeFn','cwSolveLinearEquationOfOneVariableProblem')),7392858).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tParallelogram')),7392860).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tRectangle')),7392789).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tTrapezoid')),7392831).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tTriangle')),7392848).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tPentagon')),7392501).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tQuadrilateral')),7392428).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tTriangle')),7392442).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tRectangularParallelepiped')),7392575).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tRightCylinder')),7392636).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tWedge')),7392499).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tPyramidRectangularBase')),7392765).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRectangularParallelepiped')),7392825).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRightCircularCone')),7392737).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRightCylinder')),7392703).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tTetrahedron')),7392559).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tWedge')),7392727).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',0)),7392350).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',0)),7392745).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',1)),7392343).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',1)),7392856).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',2)),7392344).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',2)),7392783).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',3)),7392345).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',3)),7392787).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',4)),7392347).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',4)),7392467).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',1)),7392815).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',2)),7392348).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',2)),7392514).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',3)),7392349).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',3)),7392495).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',4)),7392351).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',4)),7392538).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actMultiplyingNumberOrQuantityTypesFn','vtFractionalNumberOrQuantitySimple','vtScalarIntegralValue')),7392721).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actSolvingEventTypeForProblemFn','iBELLAProblemPlaceholder')),7392725).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwMathWordProblem')),7392352).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwMathWordProblem')),7392510).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwSimplifyExpressionMathProblem')),7392356).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwSimplifyExpressionMathProblem')),7392432).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventReflectingFigureTypeFn','tTriangle')),7392793).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventRotatingFigureTypeFn','tTriangle')),7392481).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventTranslatingFigureTypeFn','tTriangle')),7392811).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingIntegersLongOrWithCarrying',1),7392622).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingIntegersSingleDigitToAnything',1),7392424).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractions',5),7392911).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionsWithCommonDenominators',1),7392573).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionToSimpleFraction',1),7392567).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionToSimpleFraction',2),7392690).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionsWithCommonDenominator',1),7392643).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionToMixedFraction',1),7392618).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionToMixedFraction',2),7392586).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionNoVariables',1),7392701).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingAMixedFractionToASimpleFraction',1),7392440).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingASimpleFractionToAMixedFraction',1),7392420).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingToAnEquivalentFraction',1),7392614).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDeterminingTheRelationBetweenAdditionExpressions',1),7392594).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDeterminingTheRelationBetweenExpressionsViaEvaluation',1),7392604).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsMultiplesCase',1),7392430).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',1),7392416).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',2),7392638).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',3),7392631).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionWithRemainder',1),7392606).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actFindingAGreatestCommonFactor',1),7392684).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actFindingAGreatestCommonFactor',2),7392692).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actMultiplyingTwoSimpleFractions',3),7392665).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actReorderingOperandsToGroupLikeTerms',1),7392530).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionalOperand',1),7392629).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToWhole',1),7392655).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToWhole',2),7392676).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionReducingOnly',1),7392569).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionReducingOnly',2),7392590).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAMixedNumberWithImproperFractionalPart',1),7392697).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAnImproperFractionReduceAndConvertToMixed',1),7392663).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathProblem',1),7392641).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathWordProblem',1),7392353).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathWordProblem',1),7392522).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAProblem',1),7392546).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingAMixedFractionFromASimpleFraction',1),7392444).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingAnIntegerFromAMixedFraction',1),7392649).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingASimpleFractionFromAMixedFraction',1),7392434).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingMixedFractions',1),7392534).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelyEvaluatingATwoArgDivisionExpression',2),7392487).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelyEvaluatingATwoArgMultiplicationExpression',1),7392438).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelySimplifyingATwoArgDivisionExpression',1),7392516).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelySimplifyingATwoArgDivisionExpression',2),7476727).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftSimplifyingAnEvaluatableSubExpression',1),7392553).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionAfterSubstitutingMathProblem'),1),7392616).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),7392355).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),7392659).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwExpressionComparisonProblem'),1),7392602).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwQuantitativeRelationshipMathProblem'),1),7392542).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwSimplifyExpressionMathProblem'),1),7392354).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwSimplifyExpressionMathProblem'),1),7392625).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwEvaluateExpressionAfterSubstitutingMathProblem'),1),7392620).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0002_4','iVersionOfElleForAddMixedNumbers0002_4',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),7392592).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1','iDefaultModelForProvidingTheAnswerToAMathProblem',5779099).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingAnIntegerAndAFraction'),5779481).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingAnIntegerAndAMixedFraction'),5779475).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingASimpleFractionAndAnInteger'),5779463).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingIntegersLongOrWithCarryingWithCalculator'),5779300).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingIntegersShortAndWithoutCarrying'),5779304).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingSimpleFractions'),5779298).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingTwoScalarPointValues'),5779144).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingTwoScalarPointValues'),5779244).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergy'),5779529).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergyOfAReactionByAppealToInitialAndFinalSystemStates'),5779445).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergyOfAReactionByAppealToSystemProperties'),5779441).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingTotalTabWithTip'),5779286).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCommutingTwoMathematicalExpressions'),5779184).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelyEvaluatingAMathematicalExpressionTopLevel'),5779465).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionNoOpCase'),5779461).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionVariableBindingsKnown'),5779372).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionVariablesButNoVariableBindings'),5779348).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantityMixed'),5779270).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantitySimpleIntegerComponent'),5779451).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantitySimpleNoIntegerComponent'),5779160).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalValueToAPercentageValue'),5779152).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAFractionalNumberOrQuantityMixedToADecimal'),5779214).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAFractionalNumberOrQuantitySimpleToADecimal'),5779200).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAMixedFractionToAnEquivalentMixedFractionIncreasingFractionalPart'),5779368).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAnIntegerToAnEquivalentMixedFraction'),5779216).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAPercentageValueToADecimalValue'),5779477).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAPercentageValueToASimpleFraction'),5779473).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingASimpleFractionToAPercentageValue'),5779515).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingToAnEquivalentFraction'),5779174).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCorrectingErrorOfDeemingIrrelevantQuantityRelevant'),5779358).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorFirstTermUnknownAndFirstRatioGreater'),5779352).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorFirstTermUnknownAndSecondRatioGreater'),5779340).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorSecondTermUnknownAndFirstRatioGreater'),5779328).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorSecondTermUnknownAndSecondRatioGreater'),5779495).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionIntoAnExpressionLeft'),5779563).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionIntoAnExpressionRight'),5779437).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionOutOfAnExpressionLeft'),5779435).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionOutOfAnExpressionRight'),5779471).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDividend'),5779559).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisor'),5779537).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDividendAndDivisorEqualLength'),5779411).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDividendLonger'),5779509).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDivisorLonger'),5779384).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedAndSimpleFractionsMixedDividend'),5779487).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedAndSimpleFractionsMixedDivisor'),5779497).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDividend'),5779332).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDivisor'),5779346).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDivisorAndDividend'),5779354).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDividend'),5779423).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDivisor'),5779192).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDivisorAndDividend'),5779178).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingTwoScalarPointValues'),5779145).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingTwoScalarPointValues'),5779258).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsComplexCase'),5779292).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsMultiplesCase'),5779322).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsNoOpCase'),5779252).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAPercentageOfAnIntegerBaseAmount'),5779531).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAReciprocal'),5779390).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAUnitRate'),5779344).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingTheReciprocalOfAnInteger'),5779156).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingTheReciprocalOfASimpleFraction'),5779417).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),5779087).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),5779429).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),5779088).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),5779535).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),5779086).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),5779489).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMovingADecimalPointLeftward'),5779523).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMovingADecimalPointRightward'),5779541).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingADecimalAndAnInteger'),5779176).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAMixedFractionAndASimpleFraction'),5779212).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerAndAMixedFraction'),5779413).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAScalarPointValueByOne'),5779162).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAScalarPointValueByZero'),5779188).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingMultiDigitIntegers'),5779306).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingOneByAScalarPointValue'),5779194).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingSmallIntegers'),5779431).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoDecimals'),5779386).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoMixedFractions'),5779228).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoScalarPointValues'),5779143).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoScalarPointValues'),5779324).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoSimpleFractions'),5779505).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingZeroByAScalarPointValue'),5779180).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndAMixedFraction'),5779539).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndAnInteger'),5779401).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndASimpleFraction'),5779567).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoDecimals'),5779190).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoIntegers'),5779168).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoMixedFractionsEqualIntegerComponent'),5779525).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoMixedFractionsUnequalIntegerComponent'),5779527).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoSimpleFractions'),5779260).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoSimpleFractionsCommonDenominators'),5779266).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actPerformingAnOperationOnBothSidesOfAMathStatement'),5779182).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actPlacingADecimalPoint'),5779443).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingACoefficientViaMultiplicationOrDivision'),5779394).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingADecimalPoint'),5779543).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingOneTermViaAdditionOrSubtraction'),5779545).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRenamingAnIntegerToAnEqualSimpleFractionWithDenominatorOtherThan1'),5779356).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRenamingAnIntegerToASimpleFractionWithDenominator1'),5779342).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRepresentingARatioAsASimpleFraction'),5779380).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRepresentingASimpleFractionAsARatio'),5779366).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRespondingToAVaguePlantingOfRedFlagUserAction'),5779198).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRespondingToFeedbackAboutMissedQuantities'),5779447).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actScalingDownARatio'),5779284).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actScalingUpARatio'),5779186).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSelectingASubExpressionToSimplify'),5779338).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToMixedOnly'),5779220).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAFractionNoOpCase'),5779234).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingBothSidesOfAMathStatement'),5779491).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSolvingAUnivariateLinearEquation'),5779415).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubstitutingTheBindingForOneVariable'),5779364).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingAMixedFractionFromAnInteger'),5779166).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingAnIntegerFromASimpleFraction'),5779453).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingASimpleFractionFromAnInteger'),5779557).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersSingleDigitFromLargerValue'),5779312).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingMixedFractionsFractionalPartOfMinuendGreaterOrEqual'),5779409).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingMixedFractionsFractionalPartOfMinuendLess'),5779533).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingSimpleFractions'),5779316).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingSimpleFractionsWithCommonDenominators'),5779294).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValues'),5779146).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValues'),5779262).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actTransformingAMathExpressionUsingAssociationLeft'),5779511).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actTransformingAMathExpressionUsingAssociationRight'),5779499).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelyEvaluatingAMathematicalExpression'),5779360).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelySimplifyingAMathExpression'),5779425).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelySimplifyingAMathExpressionFractionalexpression'),5779501).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneAdditionSubExpression'),5779433).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneDivisionSubExpression'),5779206).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneEnclosedSubExpression'),5779517).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneMultiplicationSubExpression'),5779208).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneSubExpression'),5779382).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneSubtractionSubExpression'),5779278).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftSimplifyingAnEnclosedSubExpression'),5779555).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftSimplifyingASubExpression'),5779370).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actCheckingAnswerToProblemOfTypeFn','cwSolveLinearEquationOfOneVariableProblem')),5779561).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tParallelogram')),5779553).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tRectangle')),5779503).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tTrapezoid')),5779419).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tTriangle')),5779565).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tPentagon')),5779392).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tQuadrilateral')),5779164).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tTriangle')),5779224).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tRectangularParallelepiped')),5779256).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tRightCylinder')),5779242).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tWedge')),5779407).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tPyramidRectangularBase')),5779388).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRectangularParallelepiped')),5779427).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRightCircularCone')),5779479).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRightCylinder')),5779421).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tTetrahedron')),5779399).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tWedge')),5779457).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',0)),5779089).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',0)),5779330).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',1)),5779085).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',1)),5779507).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',2)),5779084).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',2)),5779521).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',3)),5779094).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',3)),5779519).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',4)),5779091).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',4)),5779154).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',1)),5779439).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',2)),5779093).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',2)),5779485).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',3)),5779092).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',3)),5779362).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',4)),5779083).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',4)),5779493).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actMultiplyingNumberOrQuantityTypesFn','vtFractionalNumberOrQuantitySimple','vtScalarIntegralValue')),5779467).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actSolvingEventTypeForProblemFn','iBELLAProblemPlaceholder')),5779455).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwMathWordProblem')),5779090).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwMathWordProblem')),5779403).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwSimplifyExpressionMathProblem')),5779098).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwSimplifyExpressionMathProblem')),5779230).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventReflectingFigureTypeFn','tTriangle')),5779513).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventRotatingFigureTypeFn','tTriangle')),5779378).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventTranslatingFigureTypeFn','tTriangle')),5779449).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingIntegersLongOrWithCarrying',1),5779276).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingIntegersSingleDigitToAnything',1),5779158).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractions',2),5779459).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractions',3),5779334).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionsWithCommonDenominators',1),5779254).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionToSimpleFraction',1),5779405).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionToSimpleFraction',2),5779268).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionsWithCommonDenominator',1),5779246).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionToMixedFraction',1),5779264).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionToMixedFraction',2),5779314).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingAMixedFractionToASimpleFraction',1),5779222).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingASimpleFractionToAMixedFraction',1),5779218).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDeterminingTheRelationBetweenAdditionExpressions',1),5779308).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDeterminingTheRelationBetweenExpressionsViaEvaluation',1),5779320).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsMultiplesCase',1),5779172).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',1),5779170).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',2),6123467).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',3),6123798).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionWithRemainder',1),5779318).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actFindingAGreatestCommonFactor',1),5779210).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actFindingAGreatestCommonFactor',2),5779272).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actMultiplyingAnIntegerByASimpleFraction',1),5779296).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actReorderingOperandsToGroupLikeTerms',1),5779350).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionalOperand',1),5779274).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToWhole',1),5779196).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToWhole',2),5779202).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionReducingOnly',1),5779374).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionReducingOnly',2),5779310).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAnImproperFractionReduceAndConvertToMixed',1),5779204).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathProblem',1),5779248).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathWordProblem',1),5779095).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathWordProblem',1),5779469).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAProblem',1),5779290).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingAMixedFractionFromASimpleFraction',1),5779226).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingAnIntegerFromAMixedFraction',1),5779240).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingASimpleFractionFromAMixedFraction',1),5779232).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingMixedFractions',1),5779336).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelyEvaluatingATwoArgDivisionExpression',2),5779376).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelyEvaluatingATwoArgMultiplicationExpression',1),5779236).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelySimplifyingATwoArgDivisionExpression',1),5779483).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelySimplifyingATwoArgDivisionExpression',2),7476585).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftSimplifyingAnEvaluatableSubExpression',1),5779302).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionAfterSubstitutingMathProblem'),1),5779280).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),5779097).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),5779238).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwExpressionComparisonProblem'),1),5779326).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwQuantitativeRelationshipMathProblem'),1),5779288).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwSimplifyExpressionMathProblem'),1),5779096).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwSimplifyExpressionMathProblem'),1),5779250).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwEvaluateExpressionAfterSubstitutingMathProblem'),1),5779282).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_1','iVersionOfElleForAddMixedNumbers0003_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),5787684).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2','iDefaultModelForProvidingTheAnswerToAMathProblem',7393244).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingAnIntegerAndAFraction'),7393620).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingAnIntegerAndAMixedFraction'),7393407).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingASimpleFractionAndAnInteger'),7393413).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingIntegersLongOrWithCarryingWithCalculator'),7393435).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingIntegersShortAndWithoutCarrying'),7393438).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingSimpleFractions'),7393442).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingTwoScalarPointValues'),7393295).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingTwoScalarPointValues'),7393521).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergy'),7393658).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergyOfAReactionByAppealToInitialAndFinalSystemStates'),7393700).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergyOfAReactionByAppealToSystemProperties'),7393688).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingTotalTabWithTip'),7393431).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actCancelingOutFactorsDenominatorAndNumerator'),7393554).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actCancelingOutFactorsNumeratorAndDenominator'),7393555).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actCommutingTwoMathematicalExpressions'),7393350).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelyEvaluatingAMathematicalExpressionTopLevel'),7393411).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionNoOpCase'),7393610).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionVariableBindingsKnown'),7393458).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionVariablesButNoVariableBindings'),7393628).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantityMixed'),7393575).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantitySimpleIntegerComponent'),7393594).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantitySimpleNoIntegerComponent'),7393356).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalValueToAPercentageValue'),7393352).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAFractionalNumberOrQuantityMixedToADecimal'),7393569).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAFractionalNumberOrQuantitySimpleToADecimal'),7393540).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAMixedFractionToAnEquivalentMixedFractionIncreasingFractionalPart'),7393640).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAnIntegerToAnEquivalentMixedFraction'),7393565).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAPercentageValueToADecimalValue'),7393405).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAPercentageValueToASimpleFraction'),7393606).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingASimpleFractionToAPercentageValue'),7393686).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actCorrectingErrorOfDeemingIrrelevantQuantityRelevant'),7393376).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorFirstTermUnknownAndFirstRatioGreater'),7393378).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorFirstTermUnknownAndSecondRatioGreater'),7393380).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorSecondTermUnknownAndFirstRatioGreater'),7393419).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorSecondTermUnknownAndSecondRatioGreater'),7393423).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionIntoAnExpressionLeft'),7393720).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionIntoAnExpressionRight'),7393600).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionOutOfAnExpressionLeft'),7393602).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionOutOfAnExpressionRight'),7393604).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDividend'),7393737).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisor'),7393706).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDividendAndDivisorEqualLength'),7393450).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDividendLonger'),7393660).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDivisorLonger'),7393654).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedAndSimpleFractionsMixedDividend'),7393626).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedAndSimpleFractionsMixedDivisor'),7393616).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDividend'),7393636).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDivisor'),7393634).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDivisorAndDividend'),7393644).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDividend'),7393714).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDivisor'),7393362).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDivisorAndDividend'),7393346).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingTwoScalarPointValues'),7393296).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingTwoScalarPointValues'),7393534).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsComplexCase'),7393497).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsMultiplesCase'),7393485).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsNoOpCase'),7393468).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAPercentageOfAnIntegerBaseAmount'),7393662).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAReciprocal'),7393448).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAUnitRate'),7393415).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingTheReciprocalOfAnInteger'),7393364).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingTheReciprocalOfASimpleFraction'),7393716).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),7393229).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),7393692).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),7393228).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),7393708).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),7393233).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),7393427).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMovingADecimalPointLeftward'),7393664).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMovingADecimalPointRightward'),7393666).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingADecimalAndAnInteger'),7393348).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAMixedFractionAndASimpleFraction'),7393567).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerAndADecimal'),7393464).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerAndAMixedFraction'),7393384).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerByASimpleFraction'),7393622).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAScalarPointValueByOne'),7393358).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAScalarPointValueByZero'),7393344).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingMultiDigitIntegers'),7393470).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingOneByAScalarPointValue'),7393360).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingSmallIntegers'),7393694).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoDecimals'),7393399).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoMixedFractions'),7393333).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoScalarPointValues'),7393294).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoScalarPointValues'),7393483).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingZeroByAScalarPointValue'),7393340).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndAMixedFraction'),7393710).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndAnInteger'),7393444).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndASimpleFraction'),7393730).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoDecimals'),7393366).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoIntegers'),7393305).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoMixedFractionsEqualIntegerComponent'),7393668).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoMixedFractionsUnequalIntegerComponent'),7393656).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoSimpleFractions'),7393532).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoSimpleFractionsCommonDenominators'),7393573).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actPerformingAnOperationOnBothSidesOfAMathStatement'),7393338).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actPlacingADecimalPoint'),7393598).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingACoefficientViaMultiplicationOrDivision'),7393390).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingADecimalPoint'),7393749).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingOneTermViaAdditionOrSubtraction'),7393722).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actRenamingAnIntegerToAnEqualSimpleFractionWithDenominatorOtherThan1'),7393646).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actRenamingAnIntegerToASimpleFractionWithDenominator1'),7393630).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actRepresentingARatioAsASimpleFraction'),7393648).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actRepresentingASimpleFractionAsARatio'),7393372).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actRespondingToAVaguePlantingOfRedFlagUserAction'),7393544).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actRespondingToFeedbackAboutMissedQuantities'),7393596).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actScalingDownARatio'),7393499).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actScalingUpARatio'),7393342).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSelectingASubExpressionToSimplify'),7393638).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToMixedOnly'),7393309).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAFractionNoOpCase'),7393323).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAMixedNumberDroppingZero'),7393475).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingBothSidesOfAMathStatement'),7393618).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSolvingAUnivariateLinearEquation'),7393592).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubstitutingTheBindingForOneVariable'),7393642).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingAMixedFractionFromAnInteger'),7393313).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingAnIntegerFromASimpleFraction'),7393696).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingASimpleFractionFromAnInteger'),7393739).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersLargerValueFromSmallerValue'),7393335).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersNumberFromItself'),7393581).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersSingleDigitFromLargerValue'),7393466).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersSmallerValueFromLargerValue'),7393732).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingMixedFractionsFractionalPartOfMinuendGreaterOrEqual'),7393452).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingMixedFractionsFractionalPartOfMinuendLess'),7393704).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingSimpleFractions'),7393487).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingSimpleFractionsWithCommonDenominators'),7393495).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValues'),7393297).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValues'),7393538).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValuesNumberFromItself'),7393741).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actTransformingAMathExpressionUsingAssociationLeft'),7393682).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actTransformingAMathExpressionUsingAssociationRight'),7393672).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelyEvaluatingAMathematicalExpression'),7393650).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelySimplifyingAMathExpression'),7393586).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelySimplifyingAMathExpressionFractionalexpression'),7393678).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneAdditionSubExpression'),7393690).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneDivisionSubExpression'),7393561).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneEnclosedSubExpression'),7393684).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneMultiplicationSubExpression'),7393548).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneSubExpression'),7393395).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneSubtractionSubExpression'),7393514).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','ftSimplifyingAnEnclosedSubExpression'),7393751).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn','ftSimplifyingASubExpression'),7393370).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actCheckingAnswerToProblemOfTypeFn','cwSolveLinearEquationOfOneVariableProblem')),7393745).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tParallelogram')),7393747).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tRectangle')),7393676).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tTrapezoid')),7393718).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tTriangle')),7393735).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tPentagon')),7393388).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tQuadrilateral')),7393315).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tTriangle')),7393329).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tRectangularParallelepiped')),7393462).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tRightCylinder')),7393523).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tWedge')),7393386).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tPyramidRectangularBase')),7393652).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRectangularParallelepiped')),7393712).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRightCircularCone')),7393624).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRightCylinder')),7393590).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tTetrahedron')),7393446).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tWedge')),7393614).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',0)),7393237).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',0)),7393632).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',1)),7393230).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',1)),7393743).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',2)),7393231).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',2)),7393670).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',3)),7393232).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',3)),7393674).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',4)),7393234).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',4)),7393354).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',1)),7393702).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',2)),7393235).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',2)),7393401).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',3)),7393236).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',3)),7393382).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',4)),7393238).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',4)),7393425).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actMultiplyingNumberOrQuantityTypesFn','vtFractionalNumberOrQuantitySimple','vtScalarIntegralValue')),7393608).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actSolvingEventTypeForProblemFn','iBELLAProblemPlaceholder')),7393612).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwMathWordProblem')),7393239).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwMathWordProblem')),7393397).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwSimplifyExpressionMathProblem')),7393243).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwSimplifyExpressionMathProblem')),7393319).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventReflectingFigureTypeFn','tTriangle')),7393680).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventRotatingFigureTypeFn','tTriangle')),7393368).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventTranslatingFigureTypeFn','tTriangle')),7393698).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingIntegersLongOrWithCarrying',1),7393509).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingIntegersSingleDigitToAnything',1),7393311).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractions',2),7395534).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionsWithCommonDenominators',1),7393460).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionToSimpleFraction',1),7393454).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionToSimpleFraction',2),7393577).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionsWithCommonDenominator',1),7393530).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionToMixedFraction',1),7393505).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionToMixedFraction',2),7393473).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionNoVariables',1),7393588).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingAMixedFractionToASimpleFraction',1),7393327).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingASimpleFractionToAMixedFraction',1),7393307).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingToAnEquivalentFraction',1),7393501).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDeterminingTheRelationBetweenAdditionExpressions',1),7393481).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDeterminingTheRelationBetweenExpressionsViaEvaluation',1),7393491).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsMultiplesCase',1),7393317).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',1),7393303).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',2),7393525).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',3),7393518).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionWithRemainder',1),7393493).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actFindingAGreatestCommonFactor',1),7393571).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actFindingAGreatestCommonFactor',2),7393579).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actMultiplyingTwoSimpleFractions',3),7393552).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actReorderingOperandsToGroupLikeTerms',1),7393417).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionalOperand',1),7393516).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToWhole',1),7393542).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToWhole',2),7393563).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionReducingOnly',1),7393456).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionReducingOnly',2),7393477).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAMixedNumberWithImproperFractionalPart',1),7393584).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAnImproperFractionReduceAndConvertToMixed',1),7393550).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathProblem',1),7393528).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathWordProblem',1),7393240).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathWordProblem',1),7393409).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAProblem',1),7393433).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingAMixedFractionFromASimpleFraction',1),7393331).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingAnIntegerFromAMixedFraction',1),7393536).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingASimpleFractionFromAMixedFraction',1),7393321).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingMixedFractions',1),7393421).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelyEvaluatingATwoArgDivisionExpression',2),7393374).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelyEvaluatingATwoArgMultiplicationExpression',1),7393325).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelySimplifyingATwoArgDivisionExpression',1),7393403).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelySimplifyingATwoArgDivisionExpression',2),7476721).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftSimplifyingAnEvaluatableSubExpression',1),7393440).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionAfterSubstitutingMathProblem'),1),7393503).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),7393242).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),7393546).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwExpressionComparisonProblem'),1),7393489).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwQuantitativeRelationshipMathProblem'),1),7393429).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwSimplifyExpressionMathProblem'),1),7393241).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwSimplifyExpressionMathProblem'),1),7393512).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwEvaluateExpressionAfterSubstitutingMathProblem'),1),7393507).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_2','iVersionOfElleForAddMixedNumbers0003_2',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),7393479).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3','iDefaultModelForProvidingTheAnswerToAMathProblem',7394111).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingAnIntegerAndAFraction'),7394487).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingAnIntegerAndAMixedFraction'),7394274).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingASimpleFractionAndAnInteger'),7394280).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingIntegersLongOrWithCarryingWithCalculator'),7394302).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingIntegersShortAndWithoutCarrying'),7394305).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingSimpleFractions'),7394309).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingTwoScalarPointValues'),7394162).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingTwoScalarPointValues'),7394388).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergy'),7394525).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergyOfAReactionByAppealToInitialAndFinalSystemStates'),7394567).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergyOfAReactionByAppealToSystemProperties'),7394555).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingTotalTabWithTip'),7394298).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actCancelingOutFactorsDenominatorAndNumerator'),7394421).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actCancelingOutFactorsNumeratorAndDenominator'),7394422).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actCommutingTwoMathematicalExpressions'),7394217).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelyEvaluatingAMathematicalExpressionTopLevel'),7394278).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionNoOpCase'),7394477).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionVariableBindingsKnown'),7394325).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionVariablesButNoVariableBindings'),7394495).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantityMixed'),7394442).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantitySimpleIntegerComponent'),7394461).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantitySimpleNoIntegerComponent'),7394223).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalValueToAPercentageValue'),7394219).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAFractionalNumberOrQuantityMixedToADecimal'),7394436).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAFractionalNumberOrQuantitySimpleToADecimal'),7394407).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAMixedFractionToAnEquivalentMixedFractionIncreasingFractionalPart'),7394507).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAnIntegerToAnEquivalentMixedFraction'),7394432).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAPercentageValueToADecimalValue'),7394272).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAPercentageValueToASimpleFraction'),7394473).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingASimpleFractionToAPercentageValue'),7394553).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actCorrectingErrorOfDeemingIrrelevantQuantityRelevant'),7394243).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorFirstTermUnknownAndFirstRatioGreater'),7394245).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorFirstTermUnknownAndSecondRatioGreater'),7394247).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorSecondTermUnknownAndFirstRatioGreater'),7394286).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorSecondTermUnknownAndSecondRatioGreater'),7394290).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionIntoAnExpressionLeft'),7394587).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionIntoAnExpressionRight'),7394467).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionOutOfAnExpressionLeft'),7394469).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionOutOfAnExpressionRight'),7394471).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDividend'),7394604).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisor'),7394573).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDividendAndDivisorEqualLength'),7394317).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDividendLonger'),7394527).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDivisorLonger'),7394521).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedAndSimpleFractionsMixedDividend'),7394493).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedAndSimpleFractionsMixedDivisor'),7394483).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDividend'),7394503).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDivisor'),7394501).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDivisorAndDividend'),7394511).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDividend'),7394581).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDivisor'),7394229).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDivisorAndDividend'),7394213).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingTwoScalarPointValues'),7394163).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingTwoScalarPointValues'),7394401).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsComplexCase'),7394364).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsMultiplesCase'),7394352).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsNoOpCase'),7394335).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAPercentageOfAnIntegerBaseAmount'),7394529).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAReciprocal'),7394315).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAUnitRate'),7394282).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingTheReciprocalOfAnInteger'),7394231).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingTheReciprocalOfASimpleFraction'),7394583).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),7394096).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),7394559).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),7394095).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),7394575).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),7394100).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),7394294).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actMovingADecimalPointLeftward'),7394531).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actMovingADecimalPointRightward'),7394533).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingADecimalAndAnInteger'),7394215).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAMixedFractionAndASimpleFraction'),7394434).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerAndADecimal'),7394331).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerAndAMixedFraction'),7394251).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerByASimpleFraction'),7394489).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAScalarPointValueByOne'),7394225).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAScalarPointValueByZero'),7394211).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingMultiDigitIntegers'),7394337).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingOneByAScalarPointValue'),7394227).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingSmallIntegers'),7394561).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoDecimals'),7394266).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoMixedFractions'),7394200).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoScalarPointValues'),7394161).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoScalarPointValues'),7394350).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingZeroByAScalarPointValue'),7394207).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndAMixedFraction'),7394577).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndAnInteger'),7394311).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndASimpleFraction'),7394597).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoDecimals'),7394233).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoIntegers'),7394172).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoMixedFractionsEqualIntegerComponent'),7394535).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoMixedFractionsUnequalIntegerComponent'),7394523).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoSimpleFractions'),7394399).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoSimpleFractionsCommonDenominators'),7394440).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actPerformingAnOperationOnBothSidesOfAMathStatement'),7394205).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actPlacingADecimalPoint'),7394465).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingACoefficientViaMultiplicationOrDivision'),7394257).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingADecimalPoint'),7394616).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingOneTermViaAdditionOrSubtraction'),7394589).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actRenamingAnIntegerToAnEqualSimpleFractionWithDenominatorOtherThan1'),7394513).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actRenamingAnIntegerToASimpleFractionWithDenominator1'),7394497).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actRepresentingARatioAsASimpleFraction'),7394515).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actRepresentingASimpleFractionAsARatio'),7394239).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actRespondingToAVaguePlantingOfRedFlagUserAction'),7394411).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actRespondingToFeedbackAboutMissedQuantities'),7394463).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actScalingDownARatio'),7394366).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actScalingUpARatio'),7394209).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSelectingASubExpressionToSimplify'),7394505).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToMixedOnly'),7394176).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAFractionNoOpCase'),7394190).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAMixedNumberDroppingZero'),7394342).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingBothSidesOfAMathStatement'),7394485).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSolvingAUnivariateLinearEquation'),7394459).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubstitutingTheBindingForOneVariable'),7394509).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingAMixedFractionFromAnInteger'),7394180).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingAnIntegerFromASimpleFraction'),7394563).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingASimpleFractionFromAnInteger'),7394606).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersLargerValueFromSmallerValue'),7394202).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersNumberFromItself'),7394448).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersSingleDigitFromLargerValue'),7394333).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersSmallerValueFromLargerValue'),7394599).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingMixedFractionsFractionalPartOfMinuendGreaterOrEqual'),7394319).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingMixedFractionsFractionalPartOfMinuendLess'),7394571).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingSimpleFractions'),7394354).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingSimpleFractionsWithCommonDenominators'),7394362).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValues'),7394164).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValues'),7394405).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValuesNumberFromItself'),7394608).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actTransformingAMathExpressionUsingAssociationLeft'),7394549).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actTransformingAMathExpressionUsingAssociationRight'),7394539).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelyEvaluatingAMathematicalExpression'),7394517).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelySimplifyingAMathExpression'),7394453).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelySimplifyingAMathExpressionFractionalexpression'),7394545).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneAdditionSubExpression'),7394557).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneDivisionSubExpression'),7394428).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneEnclosedSubExpression'),7394551).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneMultiplicationSubExpression'),7394415).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneSubExpression'),7394262).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneSubtractionSubExpression'),7394381).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','ftSimplifyingAnEnclosedSubExpression'),7394618).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn','ftSimplifyingASubExpression'),7394237).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actCheckingAnswerToProblemOfTypeFn','cwSolveLinearEquationOfOneVariableProblem')),7394612).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tParallelogram')),7394614).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tRectangle')),7394543).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tTrapezoid')),7394585).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tTriangle')),7394602).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tPentagon')),7394255).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tQuadrilateral')),7394182).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tTriangle')),7394196).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tRectangularParallelepiped')),7394329).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tRightCylinder')),7394390).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tWedge')),7394253).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tPyramidRectangularBase')),7394519).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRectangularParallelepiped')),7394579).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRightCircularCone')),7394491).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRightCylinder')),7394457).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tTetrahedron')),7394313).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tWedge')),7394481).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',0)),7394104).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',0)),7394499).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',1)),7394097).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',1)),7394610).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',2)),7394098).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',2)),7394537).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',3)),7394099).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',3)),7394541).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',4)),7394101).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',4)),7394221).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',1)),7394569).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',2)),7394102).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',2)),7394268).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',3)),7394103).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',3)),7394249).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',4)),7394105).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',4)),7394292).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actMultiplyingNumberOrQuantityTypesFn','vtFractionalNumberOrQuantitySimple','vtScalarIntegralValue')),7394475).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actSolvingEventTypeForProblemFn','iBELLAProblemPlaceholder')),7394479).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwMathWordProblem')),7394106).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwMathWordProblem')),7394264).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwSimplifyExpressionMathProblem')),7394110).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwSimplifyExpressionMathProblem')),7394186).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventReflectingFigureTypeFn','tTriangle')),7394547).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventRotatingFigureTypeFn','tTriangle')),7394235).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventTranslatingFigureTypeFn','tTriangle')),7394565).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingIntegersLongOrWithCarrying',1),7394376).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingIntegersSingleDigitToAnything',1),7394178).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractions',4),7395532).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionsWithCommonDenominators',1),7394327).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionToSimpleFraction',1),7394321).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionToSimpleFraction',2),7394444).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionsWithCommonDenominator',1),7394397).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionToMixedFraction',1),7394372).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionToMixedFraction',2),7394340).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionNoVariables',1),7394455).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingAMixedFractionToASimpleFraction',1),7394194).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingASimpleFractionToAMixedFraction',1),7394174).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingToAnEquivalentFraction',1),7394368).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDeterminingTheRelationBetweenAdditionExpressions',1),7394348).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDeterminingTheRelationBetweenExpressionsViaEvaluation',1),7394358).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsMultiplesCase',1),7394184).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',1),7394170).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',2),7394392).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',3),7394385).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionWithRemainder',1),7394360).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actFindingAGreatestCommonFactor',1),7394438).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actFindingAGreatestCommonFactor',2),7394446).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actMultiplyingTwoSimpleFractions',3),7394419).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actReorderingOperandsToGroupLikeTerms',1),7394284).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionalOperand',1),7394383).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToWhole',1),7394409).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToWhole',2),7394430).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionReducingOnly',1),7394323).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionReducingOnly',2),7394344).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAMixedNumberWithImproperFractionalPart',1),7394451).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAnImproperFractionReduceAndConvertToMixed',1),7394417).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathProblem',1),7394395).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathWordProblem',1),7394107).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathWordProblem',1),7394276).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAProblem',1),7394300).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingAMixedFractionFromASimpleFraction',1),7394198).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingAnIntegerFromAMixedFraction',1),7394403).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingASimpleFractionFromAMixedFraction',1),7394188).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingMixedFractions',1),7394288).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelyEvaluatingATwoArgDivisionExpression',2),7394241).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelyEvaluatingATwoArgMultiplicationExpression',1),7394192).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelySimplifyingATwoArgDivisionExpression',1),7394270).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelySimplifyingATwoArgDivisionExpression',2),7476381).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftSimplifyingAnEvaluatableSubExpression',1),7394307).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionAfterSubstitutingMathProblem'),1),7394370).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),7394109).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),7394413).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwExpressionComparisonProblem'),1),7394356).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwQuantitativeRelationshipMathProblem'),1),7394296).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwSimplifyExpressionMathProblem'),1),7394108).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwSimplifyExpressionMathProblem'),1),7394379).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwEvaluateExpressionAfterSubstitutingMathProblem'),1),7394374).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_3','iVersionOfElleForAddMixedNumbers0003_3',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),7394346).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4','iDefaultModelForProvidingTheAnswerToAMathProblem',7394978).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingAnIntegerAndAFraction'),7395354).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingAnIntegerAndAMixedFraction'),7395141).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingASimpleFractionAndAnInteger'),7395147).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingIntegersLongOrWithCarryingWithCalculator'),7395169).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingIntegersShortAndWithoutCarrying'),7395172).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingSimpleFractions'),7395176).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingTwoScalarPointValues'),7395029).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingTwoScalarPointValues'),7395255).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergy'),7395392).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergyOfAReactionByAppealToInitialAndFinalSystemStates'),7395434).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergyOfAReactionByAppealToSystemProperties'),7395422).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingTotalTabWithTip'),7395165).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actCancelingOutFactorsDenominatorAndNumerator'),7395288).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actCancelingOutFactorsNumeratorAndDenominator'),7395289).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actCommutingTwoMathematicalExpressions'),7395084).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelyEvaluatingAMathematicalExpressionTopLevel'),7395145).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionNoOpCase'),7395344).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionVariableBindingsKnown'),7395192).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionVariablesButNoVariableBindings'),7395362).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantityMixed'),7395309).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantitySimpleIntegerComponent'),7395328).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantitySimpleNoIntegerComponent'),7395090).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalValueToAPercentageValue'),7395086).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAFractionalNumberOrQuantityMixedToADecimal'),7395303).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAFractionalNumberOrQuantitySimpleToADecimal'),7395274).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAMixedFractionToAnEquivalentMixedFractionIncreasingFractionalPart'),7395374).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAnIntegerToAnEquivalentMixedFraction'),7395299).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAPercentageValueToADecimalValue'),7395139).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAPercentageValueToASimpleFraction'),7395340).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingASimpleFractionToAPercentageValue'),7395420).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actCorrectingErrorOfDeemingIrrelevantQuantityRelevant'),7395110).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorFirstTermUnknownAndFirstRatioGreater'),7395112).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorFirstTermUnknownAndSecondRatioGreater'),7395114).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorSecondTermUnknownAndFirstRatioGreater'),7395153).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorSecondTermUnknownAndSecondRatioGreater'),7395157).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionIntoAnExpressionLeft'),7395454).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionIntoAnExpressionRight'),7395334).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionOutOfAnExpressionLeft'),7395336).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionOutOfAnExpressionRight'),7395338).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDividend'),7395471).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisor'),7395440).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDividendAndDivisorEqualLength'),7395184).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDividendLonger'),7395394).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDivisorLonger'),7395388).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedAndSimpleFractionsMixedDividend'),7395360).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedAndSimpleFractionsMixedDivisor'),7395350).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDividend'),7395370).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDivisor'),7395368).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDivisorAndDividend'),7395378).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDividend'),7395448).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDivisor'),7395096).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDivisorAndDividend'),7395080).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingTwoScalarPointValues'),7395030).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingTwoScalarPointValues'),7395268).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsComplexCase'),7395231).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsMultiplesCase'),7395219).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsNoOpCase'),7395202).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAPercentageOfAnIntegerBaseAmount'),7395396).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAReciprocal'),7395182).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAUnitRate'),7395149).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingTheReciprocalOfAnInteger'),7395098).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingTheReciprocalOfASimpleFraction'),7395450).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),7394963).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),7395426).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),7394962).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),7395442).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),7394967).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),7395161).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actMovingADecimalPointLeftward'),7395398).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actMovingADecimalPointRightward'),7395400).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingADecimalAndAnInteger'),7395082).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAMixedFractionAndASimpleFraction'),7395301).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerAndADecimal'),7395198).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerAndAMixedFraction'),7395118).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerByASimpleFraction'),7395356).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAScalarPointValueByOne'),7395092).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAScalarPointValueByZero'),7395078).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingMultiDigitIntegers'),7395204).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingOneByAScalarPointValue'),7395094).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingSmallIntegers'),7395428).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoDecimals'),7395133).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoMixedFractions'),7395067).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoScalarPointValues'),7395028).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoScalarPointValues'),7395217).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingZeroByAScalarPointValue'),7395074).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndAMixedFraction'),7395444).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndAnInteger'),7395178).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndASimpleFraction'),7395464).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoDecimals'),7395100).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoIntegers'),7395039).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoMixedFractionsEqualIntegerComponent'),7395402).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoMixedFractionsUnequalIntegerComponent'),7395390).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoSimpleFractions'),7395266).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoSimpleFractionsCommonDenominators'),7395307).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actPerformingAnOperationOnBothSidesOfAMathStatement'),7395072).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actPlacingADecimalPoint'),7395332).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingACoefficientViaMultiplicationOrDivision'),7395124).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingADecimalPoint'),7395483).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingOneTermViaAdditionOrSubtraction'),7395456).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actRenamingAnIntegerToAnEqualSimpleFractionWithDenominatorOtherThan1'),7395380).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actRenamingAnIntegerToASimpleFractionWithDenominator1'),7395364).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actRepresentingARatioAsASimpleFraction'),7395382).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actRepresentingASimpleFractionAsARatio'),7395106).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actRespondingToAVaguePlantingOfRedFlagUserAction'),7395278).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actRespondingToFeedbackAboutMissedQuantities'),7395330).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actScalingDownARatio'),7395233).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actScalingUpARatio'),7395076).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSelectingASubExpressionToSimplify'),7395372).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToMixedOnly'),7395043).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAFractionNoOpCase'),7395057).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAMixedNumberDroppingZero'),7395209).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingBothSidesOfAMathStatement'),7395352).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSolvingAUnivariateLinearEquation'),7395326).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubstitutingTheBindingForOneVariable'),7395376).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingAMixedFractionFromAnInteger'),7395047).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingAnIntegerFromASimpleFraction'),7395430).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingASimpleFractionFromAnInteger'),7395473).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersLargerValueFromSmallerValue'),7395069).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersNumberFromItself'),7395315).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersSingleDigitFromLargerValue'),7395200).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersSmallerValueFromLargerValue'),7395466).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingMixedFractionsFractionalPartOfMinuendGreaterOrEqual'),7395186).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingMixedFractionsFractionalPartOfMinuendLess'),7395438).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingSimpleFractions'),7395221).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingSimpleFractionsWithCommonDenominators'),7395229).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValues'),7395031).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValues'),7395272).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValuesNumberFromItself'),7395475).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actTransformingAMathExpressionUsingAssociationLeft'),7395416).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actTransformingAMathExpressionUsingAssociationRight'),7395406).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelyEvaluatingAMathematicalExpression'),7395384).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelySimplifyingAMathExpression'),7395320).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelySimplifyingAMathExpressionFractionalexpression'),7395412).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneAdditionSubExpression'),7395424).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneDivisionSubExpression'),7395295).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneEnclosedSubExpression'),7395418).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneMultiplicationSubExpression'),7395282).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneSubExpression'),7395129).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneSubtractionSubExpression'),7395248).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','ftSimplifyingAnEnclosedSubExpression'),7395485).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn','ftSimplifyingASubExpression'),7395104).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actCheckingAnswerToProblemOfTypeFn','cwSolveLinearEquationOfOneVariableProblem')),7395479).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tParallelogram')),7395481).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tRectangle')),7395410).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tTrapezoid')),7395452).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tTriangle')),7395469).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tPentagon')),7395122).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tQuadrilateral')),7395049).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tTriangle')),7395063).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tRectangularParallelepiped')),7395196).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tRightCylinder')),7395257).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tWedge')),7395120).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tPyramidRectangularBase')),7395386).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRectangularParallelepiped')),7395446).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRightCircularCone')),7395358).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRightCylinder')),7395324).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tTetrahedron')),7395180).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tWedge')),7395348).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',0)),7394971).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',0)),7395366).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',1)),7394964).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',1)),7395477).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',2)),7394965).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',2)),7395404).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',3)),7394966).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',3)),7395408).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',4)),7394968).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',4)),7395088).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',1)),7395436).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',2)),7394969).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',2)),7395135).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',3)),7394970).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',3)),7395116).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',4)),7394972).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',4)),7395159).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actMultiplyingNumberOrQuantityTypesFn','vtFractionalNumberOrQuantitySimple','vtScalarIntegralValue')),7395342).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actSolvingEventTypeForProblemFn','iBELLAProblemPlaceholder')),7395346).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwMathWordProblem')),7394973).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwMathWordProblem')),7395131).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwSimplifyExpressionMathProblem')),7394977).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwSimplifyExpressionMathProblem')),7395053).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventReflectingFigureTypeFn','tTriangle')),7395414).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventRotatingFigureTypeFn','tTriangle')),7395102).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventTranslatingFigureTypeFn','tTriangle')),7395432).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingIntegersLongOrWithCarrying',1),7395243).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingIntegersSingleDigitToAnything',1),7395045).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractions',5),7395530).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionsWithCommonDenominators',1),7395194).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionToSimpleFraction',1),7395188).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionToSimpleFraction',2),7395311).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionsWithCommonDenominator',1),7395264).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionToMixedFraction',1),7395239).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionToMixedFraction',2),7395207).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionNoVariables',1),7395322).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingAMixedFractionToASimpleFraction',1),7395061).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingASimpleFractionToAMixedFraction',1),7395041).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingToAnEquivalentFraction',1),7395235).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDeterminingTheRelationBetweenAdditionExpressions',1),7395215).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDeterminingTheRelationBetweenExpressionsViaEvaluation',1),7395225).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsMultiplesCase',1),7395051).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',1),7395037).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',2),7395259).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',3),7395252).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionWithRemainder',1),7395227).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actFindingAGreatestCommonFactor',1),7395305).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actFindingAGreatestCommonFactor',2),7395313).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actMultiplyingTwoSimpleFractions',3),7395286).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actReorderingOperandsToGroupLikeTerms',1),7395151).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionalOperand',1),7395250).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToWhole',1),7395276).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToWhole',2),7395297).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionReducingOnly',1),7395190).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionReducingOnly',2),7395211).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAMixedNumberWithImproperFractionalPart',1),7395318).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAnImproperFractionReduceAndConvertToMixed',1),7395284).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathProblem',1),7395262).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathWordProblem',1),7394974).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathWordProblem',1),7395143).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAProblem',1),7395167).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingAMixedFractionFromASimpleFraction',1),7395065).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingAnIntegerFromAMixedFraction',1),7395270).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingASimpleFractionFromAMixedFraction',1),7395055).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingMixedFractions',1),7395155).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelyEvaluatingATwoArgDivisionExpression',2),7395108).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelyEvaluatingATwoArgMultiplicationExpression',1),7395059).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelySimplifyingATwoArgDivisionExpression',1),7395137).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelySimplifyingATwoArgDivisionExpression',2),7476363).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftSimplifyingAnEvaluatableSubExpression',1),7395174).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionAfterSubstitutingMathProblem'),1),7395237).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),7394976).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),7395280).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwExpressionComparisonProblem'),1),7395223).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwQuantitativeRelationshipMathProblem'),1),7395163).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwSimplifyExpressionMathProblem'),1),7394975).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwSimplifyExpressionMathProblem'),1),7395246).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwEvaluateExpressionAfterSubstitutingMathProblem'),1),7395241).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0003_4','iVersionOfElleForAddMixedNumbers0003_4',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),7395213).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1','iDefaultModelForProvidingTheAnswerToAMathProblem',5734518).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingAnIntegerAndAFraction'),5734962).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingAnIntegerAndAMixedFraction'),5734824).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingASimpleFractionAndAnInteger'),5734810).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingIntegersLongOrWithCarryingWithCalculator'),5734768).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingIntegersShortAndWithoutCarrying'),5734762).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingSimpleFractions'),5734912).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingTwoScalarPointValues'),5734563).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingTwoScalarPointValues'),5734722).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergy'),5734904).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergyOfAReactionByAppealToInitialAndFinalSystemStates'),5734804).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergyOfAReactionByAppealToSystemProperties'),5734790).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingTotalTabWithTip'),5734760).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCommutingTwoMathematicalExpressions'),5734650).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelyEvaluatingAMathematicalExpressionTopLevel'),5734826).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionNoOpCase'),5734950).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionVariableBindingsKnown'),5734902).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionVariablesButNoVariableBindings'),5734984).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantityMixed'),5734732).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantitySimpleIntegerComponent'),5734932).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantitySimpleNoIntegerComponent'),5734634).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalValueToAPercentageValue'),5734626).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAFractionalNumberOrQuantityMixedToADecimal'),5734734).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAFractionalNumberOrQuantitySimpleToADecimal'),5734660).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAMixedFractionToAnEquivalentMixedFractionIncreasingFractionalPart'),5734840).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAnIntegerToAnEquivalentMixedFraction'),5734738).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAPercentageValueToADecimalValue'),5734836).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAPercentageValueToASimpleFraction'),5734942).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingASimpleFractionToAPercentageValue'),5734882).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingToAnEquivalentFraction'),5734648).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCorrectingErrorOfDeemingIrrelevantQuantityRelevant'),5734612).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorFirstTermUnknownAndFirstRatioGreater'),5734614).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorFirstTermUnknownAndSecondRatioGreater'),5734608).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorSecondTermUnknownAndFirstRatioGreater'),5734600).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorSecondTermUnknownAndSecondRatioGreater'),5734594).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionIntoAnExpressionLeft'),5734968).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionIntoAnExpressionRight'),5734938).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionOutOfAnExpressionLeft'),5734940).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionOutOfAnExpressionRight'),5734944).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDividend'),5734848).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisor'),5734756).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDividendAndDivisorEqualLength'),5734886).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDividendLonger'),5734894).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDivisorLonger'),5734866).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedAndSimpleFractionsMixedDividend'),5734964).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedAndSimpleFractionsMixedDivisor'),5734958).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDividend'),5734850).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDivisor'),5734986).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDivisorAndDividend'),5734878).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDividend'),5734764).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDivisor'),5734620).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDivisorAndDividend'),5734646).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingTwoScalarPointValues'),5734564).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingTwoScalarPointValues'),5734718).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsComplexCase'),5734794).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsMultiplesCase'),5734814).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsNoOpCase'),5734818).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAPercentageOfAnIntegerBaseAmount'),5734898).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAReciprocal'),5734924).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAUnitRate'),5734606).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingTheReciprocalOfAnInteger'),5734624).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingTheReciprocalOfASimpleFraction'),5734770).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),5734506).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),5734774).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),5734507).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),5734758).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),5734505).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),5734596).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMovingADecimalPointLeftward'),5734914).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMovingADecimalPointRightward'),5734920).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingADecimalAndAnInteger'),5734644).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAMixedFractionAndASimpleFraction'),5734736).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerAndAMixedFraction'),5734640).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAScalarPointValueByOne'),5734630).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAScalarPointValueByZero'),5734656).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingMultiDigitIntegers'),5734802).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingOneByAScalarPointValue'),5734618).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingSmallIntegers'),5734780).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoDecimals'),5734583).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoMixedFractions'),5734696).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoScalarPointValues'),5734562).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoScalarPointValues'),5734808).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoSimpleFractions'),5734860).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingZeroByAScalarPointValue'),5734652).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndAMixedFraction'),5734922).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndAnInteger'),5734918).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndASimpleFraction'),5734966).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoDecimals'),5734622).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoIntegers'),5734688).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoMixedFractionsEqualIntegerComponent'),5734908).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoMixedFractionsUnequalIntegerComponent'),5734900).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoSimpleFractions'),5734720).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoSimpleFractionsCommonDenominators'),5734746).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actPerformingAnOperationOnBothSidesOfAMathStatement'),5734654).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actPlacingADecimalPoint'),5734934).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingACoefficientViaMultiplicationOrDivision'),5734585).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingADecimalPoint'),5734988).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingOneTermViaAdditionOrSubtraction'),5734976).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRenamingAnIntegerToAnEqualSimpleFractionWithDenominatorOtherThan1'),5734880).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRenamingAnIntegerToASimpleFractionWithDenominator1'),5734974).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRepresentingARatioAsASimpleFraction'),5734870).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRepresentingASimpleFractionAsARatio'),5734573).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRespondingToAVaguePlantingOfRedFlagUserAction'),5734664).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRespondingToFeedbackAboutMissedQuantities'),5734936).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actScalingDownARatio'),5734742).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actScalingUpARatio'),5734658).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSelectingASubExpressionToSimplify'),5734854).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToMixedOnly'),5734682).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAFractionNoOpCase'),5734670).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingBothSidesOfAMathStatement'),5734960).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSolvingAUnivariateLinearEquation'),5734930).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubstitutingTheBindingForOneVariable'),5734844).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingAMixedFractionFromAnInteger'),5734636).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingAnIntegerFromASimpleFraction'),5734812).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingASimpleFractionFromAnInteger'),5734842).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersSingleDigitFromLargerValue'),5734838).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingMixedFractionsFractionalPartOfMinuendGreaterOrEqual'),5734892).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingMixedFractionsFractionalPartOfMinuendLess'),5734752).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingSimpleFractions'),5734782).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingSimpleFractionsWithCommonDenominators'),5734786).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValues'),5734565).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValues'),5734716).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actTransformingAMathExpressionUsingAssociationLeft'),5734888).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actTransformingAMathExpressionUsingAssociationRight'),5734868).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelyEvaluatingAMathematicalExpression'),5734872).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelySimplifyingAMathExpression'),5734928).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelySimplifyingAMathExpressionFractionalexpression'),5734864).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneAdditionSubExpression'),5734792).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneDivisionSubExpression'),5734678).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneEnclosedSubExpression'),5734874).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneMultiplicationSubExpression'),5734674).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneSubExpression'),5734581).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneSubtractionSubExpression'),5734710).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftSimplifyingAnEnclosedSubExpression'),5734952).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftSimplifyingASubExpression'),5734575).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actCheckingAnswerToProblemOfTypeFn','cwSolveLinearEquationOfOneVariableProblem')),5734846).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tParallelogram')),5734948).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tRectangle')),5734856).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tTrapezoid')),5734772).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tTriangle')),5734972).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tPentagon')),5734590).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tQuadrilateral')),5734638).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tTriangle')),5734702).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tRectangularParallelepiped')),5734828).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tRightCylinder')),5734726).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tWedge')),5734642).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tPyramidRectangularBase')),5734862).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRectangularParallelepiped')),5734784).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRightCircularCone')),5734970).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRightCylinder')),5734926).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tTetrahedron')),5734916).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tWedge')),5734956).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',0)),5734508).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',0)),5734858).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',1)),5734504).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',1)),5734852).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',2)),5734503).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',2)),5734910).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',3)),5734513).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',3)),5734876).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',4)),5734510).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',4)),5734628).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',1)),5734788).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',2)),5734512).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',2)),5734834).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',3)),5734511).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',3)),5734616).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',4)),5734502).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',4)),5734598).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actMultiplyingNumberOrQuantityTypesFn','vtFractionalNumberOrQuantitySimple','vtScalarIntegralValue')),5734946).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actSolvingEventTypeForProblemFn','iBELLAProblemPlaceholder')),5734954).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwMathWordProblem')),5734509).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwMathWordProblem')),5734592).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwSimplifyExpressionMathProblem')),5734517).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwSimplifyExpressionMathProblem')),5734698).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventReflectingFigureTypeFn','tTriangle')),5734884).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventRotatingFigureTypeFn','tTriangle')),5734577).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventTranslatingFigureTypeFn','tTriangle')),5734798).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingIntegersLongOrWithCarrying',1),5734712).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingIntegersSingleDigitToAnything',1),5734632).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractions',2),5734816).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractions',3),5734604).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionsWithCommonDenominators',1),5734822).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionToSimpleFraction',1),5734890).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionToSimpleFraction',2),5734730).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionsWithCommonDenominator',1),5734706).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionToMixedFraction',1),5734748).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionToMixedFraction',2),5734832).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingAMixedFractionToASimpleFraction',1),5734684).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingASimpleFractionToAMixedFraction',1),5734686).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDeterminingTheRelationBetweenAdditionExpressions',1),5734800).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDeterminingTheRelationBetweenExpressionsViaEvaluation',1),5734778).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsMultiplesCase',1),5734690).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',1),5734692).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',2),6123587).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',3),6123759).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionWithRemainder',1),5734776).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actFindingAGreatestCommonFactor',1),5734672).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actFindingAGreatestCommonFactor',2),5734728).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actMultiplyingAnIntegerByASimpleFraction',1),5734906).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actReorderingOperandsToGroupLikeTerms',1),5734610).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionalOperand',1),5734714).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToWhole',1),5734662).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToWhole',2),5734680).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionReducingOnly',1),5734896).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionReducingOnly',2),5734796).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAMixedNumberWithImproperFractionalPart',1),6005496).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAnImproperFractionReduceAndConvertToMixed',1),5734676).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathProblem',1),5734708).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathWordProblem',1),5734514).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathWordProblem',1),5734820).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAProblem',1),5734750).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingAMixedFractionFromASimpleFraction',1),5734700).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingAnIntegerFromAMixedFraction',1),5734724).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingASimpleFractionFromAMixedFraction',1),5734694).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingMixedFractions',1),5734602).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelyEvaluatingATwoArgDivisionExpression',2),5734579).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelyEvaluatingATwoArgMultiplicationExpression',1),5734668).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelySimplifyingATwoArgDivisionExpression',1),5734830).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelySimplifyingATwoArgDivisionExpression',2),7476537).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftSimplifyingAnEvaluatableSubExpression',1),5734766).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionAfterSubstitutingMathProblem'),1),5734744).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),5734516).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),5734666).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwExpressionComparisonProblem'),1),5734806).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwQuantitativeRelationshipMathProblem'),1),5734754).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwSimplifyExpressionMathProblem'),1),5734515).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwSimplifyExpressionMathProblem'),1),5734704).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwEvaluateExpressionAfterSubstitutingMathProblem'),1),5734740).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_1','iVersionOfElleForAddMixedNumbers0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),3),5734571).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2','iDefaultModelForProvidingTheAnswerToAMathProblem',7395862).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingAnIntegerAndAFraction'),7396240).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingAnIntegerAndAMixedFraction'),7396025).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingASimpleFractionAndAnInteger'),7396031).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingIntegersLongOrWithCarryingWithCalculator'),7396057).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingIntegersShortAndWithoutCarrying'),7396060).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingTwoScalarPointValues'),7395913).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingTwoScalarPointValues'),7396141).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergy'),7396278).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergyOfAReactionByAppealToInitialAndFinalSystemStates'),7396320).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergyOfAReactionByAppealToSystemProperties'),7396308).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingTotalTabWithTip'),7396053).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actCancelingOutFactorsDenominatorAndNumerator'),7396174).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actCancelingOutFactorsNumeratorAndDenominator'),7396175).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actCommutingTwoMathematicalExpressions'),7395968).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelyEvaluatingAMathematicalExpressionTopLevel'),7396029).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionNoOpCase'),7396230).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionVariableBindingsKnown'),7396078).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionVariablesButNoVariableBindings'),7396248).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantityMixed'),7396195).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantitySimpleIntegerComponent'),7396214).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantitySimpleNoIntegerComponent'),7395974).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalValueToAPercentageValue'),7395970).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAFractionalNumberOrQuantityMixedToADecimal'),7396189).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAFractionalNumberOrQuantitySimpleToADecimal'),7396160).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAMixedFractionToAnEquivalentMixedFractionIncreasingFractionalPart'),7396260).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAnIntegerToAnEquivalentMixedFraction'),7396185).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAPercentageValueToADecimalValue'),7396023).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAPercentageValueToASimpleFraction'),7396226).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingASimpleFractionToAPercentageValue'),7396306).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actCorrectingErrorOfDeemingIrrelevantQuantityRelevant'),7395994).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorFirstTermUnknownAndFirstRatioGreater'),7395996).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorFirstTermUnknownAndSecondRatioGreater'),7395998).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorSecondTermUnknownAndFirstRatioGreater'),7396039).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorSecondTermUnknownAndSecondRatioGreater'),7396045).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionIntoAnExpressionLeft'),7396340).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionIntoAnExpressionRight'),7396220).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionOutOfAnExpressionLeft'),7396222).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionOutOfAnExpressionRight'),7396224).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDividend'),7396357).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisor'),7396326).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDividendAndDivisorEqualLength'),7396070).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDividendLonger'),7396280).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDivisorLonger'),7396274).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedAndSimpleFractionsMixedDividend'),7396246).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedAndSimpleFractionsMixedDivisor'),7396236).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDividend'),7396256).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDivisor'),7396254).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDivisorAndDividend'),7396264).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDividend'),7396334).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDivisor'),7395980).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDivisorAndDividend'),7395964).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingTwoScalarPointValues'),7395914).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingTwoScalarPointValues'),7396154).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsComplexCase'),7396117).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsMultiplesCase'),7396105).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsNoOpCase'),7396088).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAPercentageOfAnIntegerBaseAmount'),7396282).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAReciprocal'),7396068).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAUnitRate'),7396035).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingTheReciprocalOfAnInteger'),7395982).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingTheReciprocalOfASimpleFraction'),7396336).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),7395847).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),7396312).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),7395846).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),7396328).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),7395851).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),7396049).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMovingADecimalPointLeftward'),7396284).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMovingADecimalPointRightward'),7396286).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingADecimalAndAnInteger'),7395966).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAMixedFractionAndASimpleFraction'),7396187).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerAndADecimal'),7396084).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerAndAMixedFraction'),7396002).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerByASimpleFraction'),7396242).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAScalarPointValueByOne'),7395976).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAScalarPointValueByZero'),7395962).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingMultiDigitIntegers'),7396090).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingOneByAScalarPointValue'),7395978).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingSmallIntegers'),7396314).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoDecimals'),7396017).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoMixedFractions'),7395951).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoScalarPointValues'),7395912).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoScalarPointValues'),7396103).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingZeroByAScalarPointValue'),7395958).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndAMixedFraction'),7396330).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndAnInteger'),7396064).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndASimpleFraction'),7396350).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoDecimals'),7395984).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoIntegers'),7395923).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoMixedFractionsEqualIntegerComponent'),7396288).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoMixedFractionsUnequalIntegerComponent'),7396276).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoSimpleFractions'),7396152).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoSimpleFractionsCommonDenominators'),7396193).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actPerformingAnOperationOnBothSidesOfAMathStatement'),7395956).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actPlacingADecimalPoint'),7396218).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingACoefficientViaMultiplicationOrDivision'),7396008).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingADecimalPoint'),7396369).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingOneTermViaAdditionOrSubtraction'),7396342).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actRenamingAnIntegerToAnEqualSimpleFractionWithDenominatorOtherThan1'),7396266).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actRenamingAnIntegerToASimpleFractionWithDenominator1'),7396250).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actRepresentingARatioAsASimpleFraction'),7396268).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actRepresentingASimpleFractionAsARatio'),7395990).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actRespondingToAVaguePlantingOfRedFlagUserAction'),7396164).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actRespondingToFeedbackAboutMissedQuantities'),7396216).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actScalingDownARatio'),7396119).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actScalingUpARatio'),7395960).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSelectingASubExpressionToSimplify'),7396258).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToMixedOnly'),7395927).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAFractionNoOpCase'),7395941).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAMixedNumberDroppingZero'),7396095).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingBothSidesOfAMathStatement'),7396238).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSolvingAUnivariateLinearEquation'),7396212).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubstitutingTheBindingForOneVariable'),7396262).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingAMixedFractionFromAnInteger'),7395931).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingAnIntegerFromASimpleFraction'),7396316).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingASimpleFractionFromAnInteger'),7396359).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersLargerValueFromSmallerValue'),7395953).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersNumberFromItself'),7396201).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersSingleDigitFromLargerValue'),7396086).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersSmallerValueFromLargerValue'),7396352).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingMixedFractionsFractionalPartOfMinuendGreaterOrEqual'),7396072).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingMixedFractionsFractionalPartOfMinuendLess'),7396324).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingSimpleFractions'),7396107).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingSimpleFractionsWithCommonDenominators'),7396115).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValues'),7395915).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValues'),7396158).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValuesNumberFromItself'),7396361).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actTransformingAMathExpressionUsingAssociationLeft'),7396302).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actTransformingAMathExpressionUsingAssociationRight'),7396292).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelyEvaluatingAMathematicalExpression'),7396270).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelySimplifyingAMathExpression'),7396206).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelySimplifyingAMathExpressionFractionalexpression'),7396298).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneAdditionSubExpression'),7396310).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneDivisionSubExpression'),7396181).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneEnclosedSubExpression'),7396304).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneMultiplicationSubExpression'),7396168).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneSubExpression'),7396013).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneSubtractionSubExpression'),7396134).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','ftSimplifyingAnEnclosedSubExpression'),7396371).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn','ftSimplifyingASubExpression'),7395988).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actCheckingAnswerToProblemOfTypeFn','cwSolveLinearEquationOfOneVariableProblem')),7396365).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tParallelogram')),7396367).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tRectangle')),7396296).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tTrapezoid')),7396338).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tTriangle')),7396355).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tPentagon')),7396006).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tQuadrilateral')),7395933).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tTriangle')),7395947).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tRectangularParallelepiped')),7396082).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tRightCylinder')),7396143).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tWedge')),7396004).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tPyramidRectangularBase')),7396272).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRectangularParallelepiped')),7396332).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRightCircularCone')),7396244).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRightCylinder')),7396210).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tTetrahedron')),7396066).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tWedge')),7396234).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',0)),7395855).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',0)),7396252).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',1)),7395848).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',1)),7396363).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',2)),7395849).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',2)),7396290).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',3)),7395850).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',3)),7396294).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',4)),7395852).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',4)),7395972).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',1)),7396322).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',2)),7395853).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',2)),7396019).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',3)),7395854).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',3)),7396000).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',4)),7395856).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',4)),7396047).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actMultiplyingNumberOrQuantityTypesFn','vtFractionalNumberOrQuantitySimple','vtScalarIntegralValue')),7396228).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actSolvingEventTypeForProblemFn','iBELLAProblemPlaceholder')),7396232).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwMathWordProblem')),7395857).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwMathWordProblem')),7396015).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwSimplifyExpressionMathProblem')),7395861).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwSimplifyExpressionMathProblem')),7395937).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventReflectingFigureTypeFn','tTriangle')),7396300).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventRotatingFigureTypeFn','tTriangle')),7395986).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventTranslatingFigureTypeFn','tTriangle')),7396318).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtErroneousProcessForProblemTypeMtFn','actAddingSimpleFractions',1),7400765).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingIntegersLongOrWithCarrying',1),7396129).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingIntegersSingleDigitToAnything',1),7395929).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractions',2),7396033).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractions',3),7396041).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionsWithCommonDenominators',1),7396080).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionToSimpleFraction',1),7396074).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionToSimpleFraction',2),7396197).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionsWithCommonDenominator',1),7396150).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionToMixedFraction',1),7396125).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionToMixedFraction',2),7396093).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionNoVariables',1),7396208).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingAMixedFractionToASimpleFraction',1),7395945).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingASimpleFractionToAMixedFraction',1),7395925).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingToAnEquivalentFraction',1),7396121).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDeterminingTheRelationBetweenAdditionExpressions',1),7396101).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDeterminingTheRelationBetweenExpressionsViaEvaluation',1),7396111).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsMultiplesCase',1),7395935).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',1),7395921).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',2),7396145).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',3),7396138).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionWithRemainder',1),7396113).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actFindingAGreatestCommonFactor',1),7396191).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actFindingAGreatestCommonFactor',2),7396199).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actMultiplyingTwoSimpleFractions',3),7396172).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actReorderingOperandsToGroupLikeTerms',1),7396037).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionalOperand',1),7396136).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToWhole',1),7396162).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToWhole',2),7396183).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionReducingOnly',1),7396076).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionReducingOnly',2),7396097).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAMixedNumberWithImproperFractionalPart',1),7396204).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAnImproperFractionReduceAndConvertToMixed',1),7396170).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathProblem',1),7396148).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathWordProblem',1),7395858).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathWordProblem',1),7396027).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAProblem',1),7396055).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingAMixedFractionFromASimpleFraction',1),7395949).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingAnIntegerFromAMixedFraction',1),7396156).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingASimpleFractionFromAMixedFraction',1),7395939).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingMixedFractions',1),7396043).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelyEvaluatingATwoArgDivisionExpression',2),7395992).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelyEvaluatingATwoArgMultiplicationExpression',1),7395943).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelySimplifyingATwoArgDivisionExpression',1),7396021).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelySimplifyingATwoArgDivisionExpression',2),7476403).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftSimplifyingAnEvaluatableSubExpression',1),7396062).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionAfterSubstitutingMathProblem'),1),7396123).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),7395860).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),7396166).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwExpressionComparisonProblem'),1),7396109).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwQuantitativeRelationshipMathProblem'),1),7396051).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwSimplifyExpressionMathProblem'),1),7395859).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwSimplifyExpressionMathProblem'),1),7396132).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwEvaluateExpressionAfterSubstitutingMathProblem'),1),7396127).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_2','iVersionOfElleForAddMixedNumbers0004_2',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),7396099).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3','iDefaultModelForProvidingTheAnswerToAMathProblem',7396731).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingAnIntegerAndAFraction'),7397109).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingAnIntegerAndAMixedFraction'),7396894).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingASimpleFractionAndAnInteger'),7396900).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingIntegersLongOrWithCarryingWithCalculator'),7396926).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingIntegersShortAndWithoutCarrying'),7396929).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingTwoScalarPointValues'),7396782).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingTwoScalarPointValues'),7397010).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergy'),7397147).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergyOfAReactionByAppealToInitialAndFinalSystemStates'),7397189).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergyOfAReactionByAppealToSystemProperties'),7397177).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingTotalTabWithTip'),7396922).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actCancelingOutFactorsDenominatorAndNumerator'),7397043).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actCancelingOutFactorsNumeratorAndDenominator'),7397044).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actCommutingTwoMathematicalExpressions'),7396837).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelyEvaluatingAMathematicalExpressionTopLevel'),7396898).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionNoOpCase'),7397099).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionVariableBindingsKnown'),7396947).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionVariablesButNoVariableBindings'),7397117).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantityMixed'),7397064).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantitySimpleIntegerComponent'),7397083).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantitySimpleNoIntegerComponent'),7396843).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalValueToAPercentageValue'),7396839).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAFractionalNumberOrQuantityMixedToADecimal'),7397058).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAFractionalNumberOrQuantitySimpleToADecimal'),7397029).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAMixedFractionToAnEquivalentMixedFractionIncreasingFractionalPart'),7397129).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAnIntegerToAnEquivalentMixedFraction'),7397054).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAPercentageValueToADecimalValue'),7396892).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAPercentageValueToASimpleFraction'),7397095).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingASimpleFractionToAPercentageValue'),7397175).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actCorrectingErrorOfDeemingIrrelevantQuantityRelevant'),7396863).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorFirstTermUnknownAndFirstRatioGreater'),7396865).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorFirstTermUnknownAndSecondRatioGreater'),7396867).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorSecondTermUnknownAndFirstRatioGreater'),7396908).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorSecondTermUnknownAndSecondRatioGreater'),7396914).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionIntoAnExpressionLeft'),7397209).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionIntoAnExpressionRight'),7397089).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionOutOfAnExpressionLeft'),7397091).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionOutOfAnExpressionRight'),7397093).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDividend'),7397226).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisor'),7397195).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDividendAndDivisorEqualLength'),7396939).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDividendLonger'),7397149).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDivisorLonger'),7397143).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedAndSimpleFractionsMixedDividend'),7397115).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedAndSimpleFractionsMixedDivisor'),7397105).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDividend'),7397125).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDivisor'),7397123).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDivisorAndDividend'),7397133).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDividend'),7397203).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDivisor'),7396849).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDivisorAndDividend'),7396833).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingTwoScalarPointValues'),7396783).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingTwoScalarPointValues'),7397023).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsComplexCase'),7396986).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsMultiplesCase'),7396974).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsNoOpCase'),7396957).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAPercentageOfAnIntegerBaseAmount'),7397151).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAReciprocal'),7396937).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAUnitRate'),7396904).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingTheReciprocalOfAnInteger'),7396851).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingTheReciprocalOfASimpleFraction'),7397205).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),7396716).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),7397181).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),7396715).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),7397197).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),7396720).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),7396918).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actMovingADecimalPointLeftward'),7397153).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actMovingADecimalPointRightward'),7397155).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingADecimalAndAnInteger'),7396835).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAMixedFractionAndASimpleFraction'),7397056).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerAndADecimal'),7396953).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerAndAMixedFraction'),7396871).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerByASimpleFraction'),7397111).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAScalarPointValueByOne'),7396845).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAScalarPointValueByZero'),7396831).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingMultiDigitIntegers'),7396959).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingOneByAScalarPointValue'),7396847).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingSmallIntegers'),7397183).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoDecimals'),7396886).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoMixedFractions'),7396820).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoScalarPointValues'),7396781).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoScalarPointValues'),7396972).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingZeroByAScalarPointValue'),7396827).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndAMixedFraction'),7397199).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndAnInteger'),7396933).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndASimpleFraction'),7397219).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoDecimals'),7396853).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoIntegers'),7396792).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoMixedFractionsEqualIntegerComponent'),7397157).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoMixedFractionsUnequalIntegerComponent'),7397145).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoSimpleFractions'),7397021).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoSimpleFractionsCommonDenominators'),7397062).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actPerformingAnOperationOnBothSidesOfAMathStatement'),7396825).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actPlacingADecimalPoint'),7397087).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingACoefficientViaMultiplicationOrDivision'),7396877).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingADecimalPoint'),7397238).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingOneTermViaAdditionOrSubtraction'),7397211).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actRenamingAnIntegerToAnEqualSimpleFractionWithDenominatorOtherThan1'),7397135).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actRenamingAnIntegerToASimpleFractionWithDenominator1'),7397119).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actRepresentingARatioAsASimpleFraction'),7397137).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actRepresentingASimpleFractionAsARatio'),7396859).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actRespondingToAVaguePlantingOfRedFlagUserAction'),7397033).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actRespondingToFeedbackAboutMissedQuantities'),7397085).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actScalingDownARatio'),7396988).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actScalingUpARatio'),7396829).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSelectingASubExpressionToSimplify'),7397127).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToMixedOnly'),7396796).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAFractionNoOpCase'),7396810).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAMixedNumberDroppingZero'),7396964).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingBothSidesOfAMathStatement'),7397107).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSolvingAUnivariateLinearEquation'),7397081).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubstitutingTheBindingForOneVariable'),7397131).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingAMixedFractionFromAnInteger'),7396800).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingAnIntegerFromASimpleFraction'),7397185).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingASimpleFractionFromAnInteger'),7397228).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersLargerValueFromSmallerValue'),7396822).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersNumberFromItself'),7397070).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersSingleDigitFromLargerValue'),7396955).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersSmallerValueFromLargerValue'),7397221).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingMixedFractionsFractionalPartOfMinuendGreaterOrEqual'),7396941).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingMixedFractionsFractionalPartOfMinuendLess'),7397193).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingSimpleFractions'),7396976).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingSimpleFractionsWithCommonDenominators'),7396984).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValues'),7396784).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValues'),7397027).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValuesNumberFromItself'),7397230).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actTransformingAMathExpressionUsingAssociationLeft'),7397171).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actTransformingAMathExpressionUsingAssociationRight'),7397161).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelyEvaluatingAMathematicalExpression'),7397139).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelySimplifyingAMathExpression'),7397075).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelySimplifyingAMathExpressionFractionalexpression'),7397167).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneAdditionSubExpression'),7397179).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneDivisionSubExpression'),7397050).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneEnclosedSubExpression'),7397173).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneMultiplicationSubExpression'),7397037).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneSubExpression'),7396882).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneSubtractionSubExpression'),7397003).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','ftSimplifyingAnEnclosedSubExpression'),7397240).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn','ftSimplifyingASubExpression'),7396857).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actCheckingAnswerToProblemOfTypeFn','cwSolveLinearEquationOfOneVariableProblem')),7397234).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tParallelogram')),7397236).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tRectangle')),7397165).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tTrapezoid')),7397207).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tTriangle')),7397224).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tPentagon')),7396875).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tQuadrilateral')),7396802).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tTriangle')),7396816).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tRectangularParallelepiped')),7396951).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tRightCylinder')),7397012).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tWedge')),7396873).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tPyramidRectangularBase')),7397141).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRectangularParallelepiped')),7397201).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRightCircularCone')),7397113).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRightCylinder')),7397079).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tTetrahedron')),7396935).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tWedge')),7397103).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',0)),7396724).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',0)),7397121).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',1)),7396717).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',1)),7397232).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',2)),7396718).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',2)),7397159).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',3)),7396719).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',3)),7397163).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',4)),7396721).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',4)),7396841).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',1)),7397191).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',2)),7396722).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',2)),7396888).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',3)),7396723).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',3)),7396869).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',4)),7396725).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',4)),7396916).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actMultiplyingNumberOrQuantityTypesFn','vtFractionalNumberOrQuantitySimple','vtScalarIntegralValue')),7397097).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actSolvingEventTypeForProblemFn','iBELLAProblemPlaceholder')),7397101).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwMathWordProblem')),7396726).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwMathWordProblem')),7396884).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwSimplifyExpressionMathProblem')),7396730).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwSimplifyExpressionMathProblem')),7396806).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventReflectingFigureTypeFn','tTriangle')),7397169).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventRotatingFigureTypeFn','tTriangle')),7396855).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventTranslatingFigureTypeFn','tTriangle')),7397187).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtErroneousProcessForProblemTypeMtFn','actAddingSimpleFractions',2),7400763).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingIntegersLongOrWithCarrying',1),7396998).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingIntegersSingleDigitToAnything',1),7396798).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractions',2),7396902).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractions',3),7396910).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionsWithCommonDenominators',1),7396949).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionToSimpleFraction',1),7396943).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionToSimpleFraction',2),7397066).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionsWithCommonDenominator',1),7397019).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionToMixedFraction',1),7396994).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionToMixedFraction',2),7396962).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionNoVariables',1),7397077).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingAMixedFractionToASimpleFraction',1),7396814).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingASimpleFractionToAMixedFraction',1),7396794).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingToAnEquivalentFraction',1),7396990).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDeterminingTheRelationBetweenAdditionExpressions',1),7396970).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDeterminingTheRelationBetweenExpressionsViaEvaluation',1),7396980).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsMultiplesCase',1),7396804).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',1),7396790).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',2),7397014).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',3),7397007).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionWithRemainder',1),7396982).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actFindingAGreatestCommonFactor',1),7397060).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actFindingAGreatestCommonFactor',2),7397068).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actMultiplyingTwoSimpleFractions',3),7397041).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actReorderingOperandsToGroupLikeTerms',1),7396906).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionalOperand',1),7397005).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToWhole',1),7397031).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToWhole',2),7397052).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionReducingOnly',1),7396945).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionReducingOnly',2),7396966).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAMixedNumberWithImproperFractionalPart',1),7397073).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAnImproperFractionReduceAndConvertToMixed',1),7397039).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathProblem',1),7397017).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathWordProblem',1),7396727).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathWordProblem',1),7396896).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAProblem',1),7396924).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingAMixedFractionFromASimpleFraction',1),7396818).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingAnIntegerFromAMixedFraction',1),7397025).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingASimpleFractionFromAMixedFraction',1),7396808).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingMixedFractions',1),7396912).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelyEvaluatingATwoArgDivisionExpression',2),7396861).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelyEvaluatingATwoArgMultiplicationExpression',1),7396812).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelySimplifyingATwoArgDivisionExpression',1),7396890).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelySimplifyingATwoArgDivisionExpression',2),7476395).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftSimplifyingAnEvaluatableSubExpression',1),7396931).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionAfterSubstitutingMathProblem'),1),7396992).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),7396729).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),7397035).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwExpressionComparisonProblem'),1),7396978).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwQuantitativeRelationshipMathProblem'),1),7396920).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwSimplifyExpressionMathProblem'),1),7396728).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwSimplifyExpressionMathProblem'),1),7397001).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwEvaluateExpressionAfterSubstitutingMathProblem'),1),7396996).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_3','iVersionOfElleForAddMixedNumbers0004_3',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),7396968).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4','iDefaultModelForProvidingTheAnswerToAMathProblem',7397600).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingAnIntegerAndAFraction'),7397978).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingAnIntegerAndAMixedFraction'),7397763).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingASimpleFractionAndAnInteger'),7397769).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingIntegersLongOrWithCarryingWithCalculator'),7397795).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingIntegersShortAndWithoutCarrying'),7397798).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingTwoScalarPointValues'),7397651).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingTwoScalarPointValues'),7397879).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergy'),7398016).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergyOfAReactionByAppealToInitialAndFinalSystemStates'),7398058).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergyOfAReactionByAppealToSystemProperties'),7398046).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingTotalTabWithTip'),7397791).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actCancelingOutFactorsDenominatorAndNumerator'),7397912).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actCancelingOutFactorsNumeratorAndDenominator'),7397913).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actCommutingTwoMathematicalExpressions'),7397706).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelyEvaluatingAMathematicalExpressionTopLevel'),7397767).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionNoOpCase'),7397968).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionVariableBindingsKnown'),7397816).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionVariablesButNoVariableBindings'),7397986).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantityMixed'),7397933).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantitySimpleIntegerComponent'),7397952).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantitySimpleNoIntegerComponent'),7397712).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalValueToAPercentageValue'),7397708).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAFractionalNumberOrQuantityMixedToADecimal'),7397927).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAFractionalNumberOrQuantitySimpleToADecimal'),7397898).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAMixedFractionToAnEquivalentMixedFractionIncreasingFractionalPart'),7397998).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAnIntegerToAnEquivalentMixedFraction'),7397923).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAPercentageValueToADecimalValue'),7397761).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAPercentageValueToASimpleFraction'),7397964).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingASimpleFractionToAPercentageValue'),7398044).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actCorrectingErrorOfDeemingIrrelevantQuantityRelevant'),7397732).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorFirstTermUnknownAndFirstRatioGreater'),7397734).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorFirstTermUnknownAndSecondRatioGreater'),7397736).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorSecondTermUnknownAndFirstRatioGreater'),7397777).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorSecondTermUnknownAndSecondRatioGreater'),7397783).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionIntoAnExpressionLeft'),7398078).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionIntoAnExpressionRight'),7397958).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionOutOfAnExpressionLeft'),7397960).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionOutOfAnExpressionRight'),7397962).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDividend'),7398095).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisor'),7398064).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDividendAndDivisorEqualLength'),7397808).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDividendLonger'),7398018).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDivisorLonger'),7398012).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedAndSimpleFractionsMixedDividend'),7397984).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedAndSimpleFractionsMixedDivisor'),7397974).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDividend'),7397994).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDivisor'),7397992).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDivisorAndDividend'),7398002).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDividend'),7398072).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDivisor'),7397718).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDivisorAndDividend'),7397702).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingTwoScalarPointValues'),7397652).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingTwoScalarPointValues'),7397892).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsComplexCase'),7397855).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsMultiplesCase'),7397843).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsNoOpCase'),7397826).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAPercentageOfAnIntegerBaseAmount'),7398020).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAReciprocal'),7397806).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAUnitRate'),7397773).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingTheReciprocalOfAnInteger'),7397720).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingTheReciprocalOfASimpleFraction'),7398074).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),7397585).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),7398050).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),7397584).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),7398066).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),7397589).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),7397787).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actMovingADecimalPointLeftward'),7398022).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actMovingADecimalPointRightward'),7398024).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingADecimalAndAnInteger'),7397704).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAMixedFractionAndASimpleFraction'),7397925).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerAndADecimal'),7397822).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerAndAMixedFraction'),7397740).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerByASimpleFraction'),7397980).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAScalarPointValueByOne'),7397714).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAScalarPointValueByZero'),7397700).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingMultiDigitIntegers'),7397828).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingOneByAScalarPointValue'),7397716).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingSmallIntegers'),7398052).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoDecimals'),7397755).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoMixedFractions'),7397689).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoScalarPointValues'),7397650).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoScalarPointValues'),7397841).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingZeroByAScalarPointValue'),7397696).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndAMixedFraction'),7398068).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndAnInteger'),7397802).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndASimpleFraction'),7398088).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoDecimals'),7397722).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoIntegers'),7397661).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoMixedFractionsEqualIntegerComponent'),7398026).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoMixedFractionsUnequalIntegerComponent'),7398014).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoSimpleFractions'),7397890).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoSimpleFractionsCommonDenominators'),7397931).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actPerformingAnOperationOnBothSidesOfAMathStatement'),7397694).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actPlacingADecimalPoint'),7397956).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingACoefficientViaMultiplicationOrDivision'),7397746).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingADecimalPoint'),7398107).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingOneTermViaAdditionOrSubtraction'),7398080).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actRenamingAnIntegerToAnEqualSimpleFractionWithDenominatorOtherThan1'),7398004).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actRenamingAnIntegerToASimpleFractionWithDenominator1'),7397988).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actRepresentingARatioAsASimpleFraction'),7398006).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actRepresentingASimpleFractionAsARatio'),7397728).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actRespondingToAVaguePlantingOfRedFlagUserAction'),7397902).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actRespondingToFeedbackAboutMissedQuantities'),7397954).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actScalingDownARatio'),7397857).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actScalingUpARatio'),7397698).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSelectingASubExpressionToSimplify'),7397996).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToMixedOnly'),7397665).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAFractionNoOpCase'),7397679).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAMixedNumberDroppingZero'),7397833).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingBothSidesOfAMathStatement'),7397976).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSolvingAUnivariateLinearEquation'),7397950).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubstitutingTheBindingForOneVariable'),7398000).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingAMixedFractionFromAnInteger'),7397669).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingAnIntegerFromASimpleFraction'),7398054).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingASimpleFractionFromAnInteger'),7398097).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersLargerValueFromSmallerValue'),7397691).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersNumberFromItself'),7397939).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersSingleDigitFromLargerValue'),7397824).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersSmallerValueFromLargerValue'),7398090).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingMixedFractionsFractionalPartOfMinuendGreaterOrEqual'),7397810).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingMixedFractionsFractionalPartOfMinuendLess'),7398062).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingSimpleFractions'),7397845).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingSimpleFractionsWithCommonDenominators'),7397853).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValues'),7397653).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValues'),7397896).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValuesNumberFromItself'),7398099).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actTransformingAMathExpressionUsingAssociationLeft'),7398040).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actTransformingAMathExpressionUsingAssociationRight'),7398030).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelyEvaluatingAMathematicalExpression'),7398008).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelySimplifyingAMathExpression'),7397944).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelySimplifyingAMathExpressionFractionalexpression'),7398036).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneAdditionSubExpression'),7398048).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneDivisionSubExpression'),7397919).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneEnclosedSubExpression'),7398042).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneMultiplicationSubExpression'),7397906).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneSubExpression'),7397751).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneSubtractionSubExpression'),7397872).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','ftSimplifyingAnEnclosedSubExpression'),7398109).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn','ftSimplifyingASubExpression'),7397726).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actCheckingAnswerToProblemOfTypeFn','cwSolveLinearEquationOfOneVariableProblem')),7398103).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tParallelogram')),7398105).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tRectangle')),7398034).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tTrapezoid')),7398076).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tTriangle')),7398093).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tPentagon')),7397744).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tQuadrilateral')),7397671).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tTriangle')),7397685).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tRectangularParallelepiped')),7397820).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tRightCylinder')),7397881).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tWedge')),7397742).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tPyramidRectangularBase')),7398010).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRectangularParallelepiped')),7398070).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRightCircularCone')),7397982).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRightCylinder')),7397948).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tTetrahedron')),7397804).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tWedge')),7397972).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',0)),7397593).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',0)),7397990).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',1)),7397586).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',1)),7398101).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',2)),7397587).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',2)),7398028).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',3)),7397588).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',3)),7398032).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',4)),7397590).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',4)),7397710).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',1)),7398060).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',2)),7397591).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',2)),7397757).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',3)),7397592).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',3)),7397738).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',4)),7397594).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',4)),7397785).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actMultiplyingNumberOrQuantityTypesFn','vtFractionalNumberOrQuantitySimple','vtScalarIntegralValue')),7397966).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actSolvingEventTypeForProblemFn','iBELLAProblemPlaceholder')),7397970).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwMathWordProblem')),7397595).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwMathWordProblem')),7397753).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwSimplifyExpressionMathProblem')),7397599).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwSimplifyExpressionMathProblem')),7397675).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventReflectingFigureTypeFn','tTriangle')),7398038).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventRotatingFigureTypeFn','tTriangle')),7397724).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventTranslatingFigureTypeFn','tTriangle')),7398056).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtErroneousProcessForProblemTypeMtFn','actAddingSimpleFractions',3),7400761).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingIntegersLongOrWithCarrying',1),7397867).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingIntegersSingleDigitToAnything',1),7397667).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractions',2),7397771).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractions',3),7397779).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionsWithCommonDenominators',1),7397818).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionToSimpleFraction',1),7397812).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionToSimpleFraction',2),7397935).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionsWithCommonDenominator',1),7397888).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionToMixedFraction',1),7397863).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionToMixedFraction',2),7397831).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionNoVariables',1),7397946).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingAMixedFractionToASimpleFraction',1),7397683).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingASimpleFractionToAMixedFraction',1),7397663).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingToAnEquivalentFraction',1),7397859).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDeterminingTheRelationBetweenAdditionExpressions',1),7397839).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDeterminingTheRelationBetweenExpressionsViaEvaluation',1),7397849).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsMultiplesCase',1),7397673).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',1),7397659).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',2),7397883).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',3),7397876).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionWithRemainder',1),7397851).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actFindingAGreatestCommonFactor',1),7397929).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actFindingAGreatestCommonFactor',2),7397937).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actMultiplyingTwoSimpleFractions',3),7397910).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actReorderingOperandsToGroupLikeTerms',1),7397775).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionalOperand',1),7397874).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToWhole',1),7397900).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToWhole',2),7397921).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionReducingOnly',1),7397814).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionReducingOnly',2),7397835).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAMixedNumberWithImproperFractionalPart',1),7397942).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAnImproperFractionReduceAndConvertToMixed',1),7397908).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathProblem',1),7397886).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathWordProblem',1),7397596).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathWordProblem',1),7397765).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAProblem',1),7397793).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingAMixedFractionFromASimpleFraction',1),7397687).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingAnIntegerFromAMixedFraction',1),7397894).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingASimpleFractionFromAMixedFraction',1),7397677).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingMixedFractions',1),7397781).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelyEvaluatingATwoArgDivisionExpression',2),7397730).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelyEvaluatingATwoArgMultiplicationExpression',1),7397681).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelySimplifyingATwoArgDivisionExpression',1),7397759).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelySimplifyingATwoArgDivisionExpression',2),7476421).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftSimplifyingAnEvaluatableSubExpression',1),7397800).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionAfterSubstitutingMathProblem'),1),7397861).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),7397598).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),7397904).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwExpressionComparisonProblem'),1),7397847).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwQuantitativeRelationshipMathProblem'),1),7397789).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwSimplifyExpressionMathProblem'),1),7397597).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwSimplifyExpressionMathProblem'),1),7397870).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwEvaluateExpressionAfterSubstitutingMathProblem'),1),7397865).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_4','iVersionOfElleForAddMixedNumbers0004_4',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),7397837).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5','iDefaultModelForProvidingTheAnswerToAMathProblem',7398469).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingAnIntegerAndAFraction'),7398845).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingAnIntegerAndAMixedFraction'),7398632).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingASimpleFractionAndAnInteger'),7398638).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingIntegersLongOrWithCarryingWithCalculator'),7398660).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingIntegersShortAndWithoutCarrying'),7398663).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingSimpleFractions'),7398667).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingTwoScalarPointValues'),7398520).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingTwoScalarPointValues'),7398746).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergy'),7398883).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergyOfAReactionByAppealToInitialAndFinalSystemStates'),7398925).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergyOfAReactionByAppealToSystemProperties'),7398913).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingTotalTabWithTip'),7398656).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actCancelingOutFactorsDenominatorAndNumerator'),7398779).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actCancelingOutFactorsNumeratorAndDenominator'),7398780).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actCommutingTwoMathematicalExpressions'),7398575).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelyEvaluatingAMathematicalExpressionTopLevel'),7398636).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionNoOpCase'),7398835).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionVariableBindingsKnown'),7398683).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionVariablesButNoVariableBindings'),7398853).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantityMixed'),7398800).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantitySimpleIntegerComponent'),7398819).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantitySimpleNoIntegerComponent'),7398581).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalValueToAPercentageValue'),7398577).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAFractionalNumberOrQuantityMixedToADecimal'),7398794).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAFractionalNumberOrQuantitySimpleToADecimal'),7398765).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAMixedFractionToAnEquivalentMixedFractionIncreasingFractionalPart'),7398865).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAnIntegerToAnEquivalentMixedFraction'),7398790).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAPercentageValueToADecimalValue'),7398630).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAPercentageValueToASimpleFraction'),7398831).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingASimpleFractionToAPercentageValue'),7398911).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actCorrectingErrorOfDeemingIrrelevantQuantityRelevant'),7398601).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorFirstTermUnknownAndFirstRatioGreater'),7398603).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorFirstTermUnknownAndSecondRatioGreater'),7398605).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorSecondTermUnknownAndFirstRatioGreater'),7398644).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorSecondTermUnknownAndSecondRatioGreater'),7398648).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionIntoAnExpressionLeft'),7398945).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionIntoAnExpressionRight'),7398825).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionOutOfAnExpressionLeft'),7398827).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionOutOfAnExpressionRight'),7398829).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDividend'),7398962).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisor'),7398931).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDividendAndDivisorEqualLength'),7398675).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDividendLonger'),7398885).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDivisorLonger'),7398879).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedAndSimpleFractionsMixedDividend'),7398851).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedAndSimpleFractionsMixedDivisor'),7398841).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDividend'),7398861).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDivisor'),7398859).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDivisorAndDividend'),7398869).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDividend'),7398939).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDivisor'),7398587).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDivisorAndDividend'),7398571).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingTwoScalarPointValues'),7398521).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingTwoScalarPointValues'),7398759).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsComplexCase'),7398722).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsMultiplesCase'),7398710).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsNoOpCase'),7398693).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAPercentageOfAnIntegerBaseAmount'),7398887).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAReciprocal'),7398673).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAUnitRate'),7398640).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingTheReciprocalOfAnInteger'),7398589).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingTheReciprocalOfASimpleFraction'),7398941).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),7398454).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),7398917).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),7398453).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),7398933).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),7398458).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),7398652).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actMovingADecimalPointLeftward'),7398889).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actMovingADecimalPointRightward'),7398891).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingADecimalAndAnInteger'),7398573).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAMixedFractionAndASimpleFraction'),7398792).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerAndADecimal'),7398689).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerAndAMixedFraction'),7398609).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerByASimpleFraction'),7398847).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAScalarPointValueByOne'),7398583).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAScalarPointValueByZero'),7398569).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingMultiDigitIntegers'),7398695).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingOneByAScalarPointValue'),7398585).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingSmallIntegers'),7398919).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoDecimals'),7398624).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoMixedFractions'),7398558).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoScalarPointValues'),7398519).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoScalarPointValues'),7398708).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingZeroByAScalarPointValue'),7398565).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndAMixedFraction'),7398935).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndAnInteger'),7398669).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndASimpleFraction'),7398955).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoDecimals'),7398591).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoIntegers'),7398530).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoMixedFractionsEqualIntegerComponent'),7398893).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoMixedFractionsUnequalIntegerComponent'),7398881).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoSimpleFractions'),7398757).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoSimpleFractionsCommonDenominators'),7398798).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actPerformingAnOperationOnBothSidesOfAMathStatement'),7398563).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actPlacingADecimalPoint'),7398823).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingACoefficientViaMultiplicationOrDivision'),7398615).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingADecimalPoint'),7398974).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingOneTermViaAdditionOrSubtraction'),7398947).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actRenamingAnIntegerToAnEqualSimpleFractionWithDenominatorOtherThan1'),7398871).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actRenamingAnIntegerToASimpleFractionWithDenominator1'),7398855).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actRepresentingARatioAsASimpleFraction'),7398873).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actRepresentingASimpleFractionAsARatio'),7398597).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actRespondingToAVaguePlantingOfRedFlagUserAction'),7398769).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actRespondingToFeedbackAboutMissedQuantities'),7398821).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actScalingDownARatio'),7398724).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actScalingUpARatio'),7398567).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actSelectingASubExpressionToSimplify'),7398863).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToMixedOnly'),7398534).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAFractionNoOpCase'),7398548).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAMixedNumberDroppingZero'),7398700).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingBothSidesOfAMathStatement'),7398843).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actSolvingAUnivariateLinearEquation'),7398817).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubstitutingTheBindingForOneVariable'),7398867).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingAMixedFractionFromAnInteger'),7398538).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingAnIntegerFromASimpleFraction'),7398921).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingASimpleFractionFromAnInteger'),7398964).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersLargerValueFromSmallerValue'),7398560).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersNumberFromItself'),7398806).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersSingleDigitFromLargerValue'),7398691).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersSmallerValueFromLargerValue'),7398957).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingMixedFractionsFractionalPartOfMinuendGreaterOrEqual'),7398677).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingMixedFractionsFractionalPartOfMinuendLess'),7398929).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingSimpleFractions'),7398712).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingSimpleFractionsWithCommonDenominators'),7398720).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValues'),7398522).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValues'),7398763).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValuesNumberFromItself'),7398966).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actTransformingAMathExpressionUsingAssociationLeft'),7398907).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actTransformingAMathExpressionUsingAssociationRight'),7398897).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelyEvaluatingAMathematicalExpression'),7398875).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelySimplifyingAMathExpression'),7398811).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelySimplifyingAMathExpressionFractionalexpression'),7398903).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneAdditionSubExpression'),7398915).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneDivisionSubExpression'),7398786).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneEnclosedSubExpression'),7398909).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneMultiplicationSubExpression'),7398773).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneSubExpression'),7398620).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneSubtractionSubExpression'),7398739).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','ftSimplifyingAnEnclosedSubExpression'),7398976).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn','ftSimplifyingASubExpression'),7398595).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actCheckingAnswerToProblemOfTypeFn','cwSolveLinearEquationOfOneVariableProblem')),7398970).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tParallelogram')),7398972).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tRectangle')),7398901).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tTrapezoid')),7398943).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tTriangle')),7398960).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tPentagon')),7398613).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tQuadrilateral')),7398540).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tTriangle')),7398554).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tRectangularParallelepiped')),7398687).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tRightCylinder')),7398748).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tWedge')),7398611).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tPyramidRectangularBase')),7398877).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRectangularParallelepiped')),7398937).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRightCircularCone')),7398849).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRightCylinder')),7398815).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tTetrahedron')),7398671).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tWedge')),7398839).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',0)),7398462).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',0)),7398857).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',1)),7398455).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',1)),7398968).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',2)),7398456).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',2)),7398895).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',3)),7398457).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',3)),7398899).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',4)),7398459).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',4)),7398579).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',1)),7398927).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',2)),7398460).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',2)),7398626).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',3)),7398461).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',3)),7398607).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',4)),7398463).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',4)),7398650).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actMultiplyingNumberOrQuantityTypesFn','vtFractionalNumberOrQuantitySimple','vtScalarIntegralValue')),7398833).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actSolvingEventTypeForProblemFn','iBELLAProblemPlaceholder')),7398837).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwMathWordProblem')),7398464).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwMathWordProblem')),7398622).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwSimplifyExpressionMathProblem')),7398468).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwSimplifyExpressionMathProblem')),7398544).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventReflectingFigureTypeFn','tTriangle')),7398905).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventRotatingFigureTypeFn','tTriangle')),7398593).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventTranslatingFigureTypeFn','tTriangle')),7398923).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingIntegersLongOrWithCarrying',1),7398734).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingIntegersSingleDigitToAnything',1),7398536).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractions',1),7400759).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionsWithCommonDenominators',1),7398685).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionToSimpleFraction',1),7398679).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionToSimpleFraction',2),7398802).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionsWithCommonDenominator',1),7398755).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionToMixedFraction',1),7398730).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionToMixedFraction',2),7398698).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionNoVariables',1),7398813).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingAMixedFractionToASimpleFraction',1),7398552).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingASimpleFractionToAMixedFraction',1),7398532).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingToAnEquivalentFraction',1),7398726).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDeterminingTheRelationBetweenAdditionExpressions',1),7398706).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDeterminingTheRelationBetweenExpressionsViaEvaluation',1),7398716).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsMultiplesCase',1),7398542).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',1),7398528).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',2),7398750).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',3),7398743).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionWithRemainder',1),7398718).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','actFindingAGreatestCommonFactor',1),7398796).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','actFindingAGreatestCommonFactor',2),7398804).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','actMultiplyingTwoSimpleFractions',3),7398777).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','actReorderingOperandsToGroupLikeTerms',1),7398642).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionalOperand',1),7398741).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToWhole',1),7398767).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToWhole',2),7398788).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionReducingOnly',1),7398681).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionReducingOnly',2),7398702).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAMixedNumberWithImproperFractionalPart',1),7398809).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAnImproperFractionReduceAndConvertToMixed',1),7398775).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathProblem',1),7398753).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathWordProblem',1),7398465).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathWordProblem',1),7398634).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAProblem',1),7398658).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingAMixedFractionFromASimpleFraction',1),7398556).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingAnIntegerFromAMixedFraction',1),7398761).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingASimpleFractionFromAMixedFraction',1),7398546).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingMixedFractions',1),7398646).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelyEvaluatingATwoArgDivisionExpression',2),7398599).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelyEvaluatingATwoArgMultiplicationExpression',1),7398550).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelySimplifyingATwoArgDivisionExpression',1),7398628).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelySimplifyingATwoArgDivisionExpression',2),7476409).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftSimplifyingAnEvaluatableSubExpression',1),7398665).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionAfterSubstitutingMathProblem'),1),7398728).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),7398467).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),7398771).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwExpressionComparisonProblem'),1),7398714).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwQuantitativeRelationshipMathProblem'),1),7398654).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwSimplifyExpressionMathProblem'),1),7398466).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwSimplifyExpressionMathProblem'),1),7398737).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwEvaluateExpressionAfterSubstitutingMathProblem'),1),7398732).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_5','iVersionOfElleForAddMixedNumbers0004_5',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),7398704).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6','iDefaultModelForProvidingTheAnswerToAMathProblem',7399336).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingAnIntegerAndAFraction'),7399712).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingAnIntegerAndAMixedFraction'),7399499).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingASimpleFractionAndAnInteger'),7399505).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingIntegersLongOrWithCarryingWithCalculator'),7399527).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingIntegersShortAndWithoutCarrying'),7399530).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingSimpleFractions'),7399534).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingTwoScalarPointValues'),7399387).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingTwoScalarPointValues'),7399613).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergy'),7399750).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergyOfAReactionByAppealToInitialAndFinalSystemStates'),7399792).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergyOfAReactionByAppealToSystemProperties'),7399780).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingTotalTabWithTip'),7399523).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actCancelingOutFactorsDenominatorAndNumerator'),7399646).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actCancelingOutFactorsNumeratorAndDenominator'),7399647).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actCommutingTwoMathematicalExpressions'),7399442).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelyEvaluatingAMathematicalExpressionTopLevel'),7399503).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionNoOpCase'),7399702).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionVariableBindingsKnown'),7399550).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionVariablesButNoVariableBindings'),7399720).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantityMixed'),7399667).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantitySimpleIntegerComponent'),7399686).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantitySimpleNoIntegerComponent'),7399448).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalValueToAPercentageValue'),7399444).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAFractionalNumberOrQuantityMixedToADecimal'),7399661).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAFractionalNumberOrQuantitySimpleToADecimal'),7399632).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAMixedFractionToAnEquivalentMixedFractionIncreasingFractionalPart'),7399732).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAnIntegerToAnEquivalentMixedFraction'),7399657).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAPercentageValueToADecimalValue'),7399497).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAPercentageValueToASimpleFraction'),7399698).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingASimpleFractionToAPercentageValue'),7399778).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actCorrectingErrorOfDeemingIrrelevantQuantityRelevant'),7399468).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorFirstTermUnknownAndFirstRatioGreater'),7399470).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorFirstTermUnknownAndSecondRatioGreater'),7399472).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorSecondTermUnknownAndFirstRatioGreater'),7399511).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorSecondTermUnknownAndSecondRatioGreater'),7399515).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionIntoAnExpressionLeft'),7399812).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionIntoAnExpressionRight'),7399692).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionOutOfAnExpressionLeft'),7399694).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionOutOfAnExpressionRight'),7399696).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDividend'),7399829).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisor'),7399798).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDividendAndDivisorEqualLength'),7399542).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDividendLonger'),7399752).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDivisorLonger'),7399746).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedAndSimpleFractionsMixedDividend'),7399718).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedAndSimpleFractionsMixedDivisor'),7399708).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDividend'),7399728).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDivisor'),7399726).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDivisorAndDividend'),7399736).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDividend'),7399806).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDivisor'),7399454).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDivisorAndDividend'),7399438).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingTwoScalarPointValues'),7399388).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingTwoScalarPointValues'),7399626).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsComplexCase'),7399589).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsMultiplesCase'),7399577).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsNoOpCase'),7399560).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAPercentageOfAnIntegerBaseAmount'),7399754).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAReciprocal'),7399540).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAUnitRate'),7399507).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingTheReciprocalOfAnInteger'),7399456).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingTheReciprocalOfASimpleFraction'),7399808).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),7399321).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),7399784).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),7399320).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),7399800).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),7399325).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),7399519).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actMovingADecimalPointLeftward'),7399756).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actMovingADecimalPointRightward'),7399758).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingADecimalAndAnInteger'),7399440).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAMixedFractionAndASimpleFraction'),7399659).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerAndADecimal'),7399556).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerAndAMixedFraction'),7399476).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerByASimpleFraction'),7399714).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAScalarPointValueByOne'),7399450).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAScalarPointValueByZero'),7399436).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingMultiDigitIntegers'),7399562).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingOneByAScalarPointValue'),7399452).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingSmallIntegers'),7399786).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoDecimals'),7399491).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoMixedFractions'),7399425).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoScalarPointValues'),7399386).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoScalarPointValues'),7399575).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingZeroByAScalarPointValue'),7399432).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndAMixedFraction'),7399802).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndAnInteger'),7399536).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndASimpleFraction'),7399822).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoDecimals'),7399458).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoIntegers'),7399397).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoMixedFractionsEqualIntegerComponent'),7399760).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoMixedFractionsUnequalIntegerComponent'),7399748).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoSimpleFractions'),7399624).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoSimpleFractionsCommonDenominators'),7399665).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actPerformingAnOperationOnBothSidesOfAMathStatement'),7399430).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actPlacingADecimalPoint'),7399690).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingACoefficientViaMultiplicationOrDivision'),7399482).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingADecimalPoint'),7399841).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingOneTermViaAdditionOrSubtraction'),7399814).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actRenamingAnIntegerToAnEqualSimpleFractionWithDenominatorOtherThan1'),7399738).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actRenamingAnIntegerToASimpleFractionWithDenominator1'),7399722).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actRepresentingARatioAsASimpleFraction'),7399740).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actRepresentingASimpleFractionAsARatio'),7399464).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actRespondingToAVaguePlantingOfRedFlagUserAction'),7399636).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actRespondingToFeedbackAboutMissedQuantities'),7399688).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actScalingDownARatio'),7399591).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actScalingUpARatio'),7399434).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actSelectingASubExpressionToSimplify'),7399730).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToMixedOnly'),7399401).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAFractionNoOpCase'),7399415).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAMixedNumberDroppingZero'),7399567).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingBothSidesOfAMathStatement'),7399710).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actSolvingAUnivariateLinearEquation'),7399684).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubstitutingTheBindingForOneVariable'),7399734).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingAMixedFractionFromAnInteger'),7399405).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingAnIntegerFromASimpleFraction'),7399788).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingASimpleFractionFromAnInteger'),7399831).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersLargerValueFromSmallerValue'),7399427).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersNumberFromItself'),7399673).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersSingleDigitFromLargerValue'),7399558).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersSmallerValueFromLargerValue'),7399824).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingMixedFractionsFractionalPartOfMinuendGreaterOrEqual'),7399544).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingMixedFractionsFractionalPartOfMinuendLess'),7399796).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingSimpleFractions'),7399579).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingSimpleFractionsWithCommonDenominators'),7399587).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValues'),7399389).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValues'),7399630).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValuesNumberFromItself'),7399833).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actTransformingAMathExpressionUsingAssociationLeft'),7399774).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actTransformingAMathExpressionUsingAssociationRight'),7399764).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelyEvaluatingAMathematicalExpression'),7399742).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelySimplifyingAMathExpression'),7399678).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelySimplifyingAMathExpressionFractionalexpression'),7399770).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneAdditionSubExpression'),7399782).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneDivisionSubExpression'),7399653).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneEnclosedSubExpression'),7399776).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneMultiplicationSubExpression'),7399640).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneSubExpression'),7399487).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneSubtractionSubExpression'),7399606).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','ftSimplifyingAnEnclosedSubExpression'),7399843).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn','ftSimplifyingASubExpression'),7399462).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actCheckingAnswerToProblemOfTypeFn','cwSolveLinearEquationOfOneVariableProblem')),7399837).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tParallelogram')),7399839).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tRectangle')),7399768).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tTrapezoid')),7399810).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tTriangle')),7399827).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tPentagon')),7399480).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tQuadrilateral')),7399407).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tTriangle')),7399421).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tRectangularParallelepiped')),7399554).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tRightCylinder')),7399615).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tWedge')),7399478).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tPyramidRectangularBase')),7399744).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRectangularParallelepiped')),7399804).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRightCircularCone')),7399716).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRightCylinder')),7399682).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tTetrahedron')),7399538).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tWedge')),7399706).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',0)),7399329).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',0)),7399724).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',1)),7399322).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',1)),7399835).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',2)),7399323).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',2)),7399762).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',3)),7399324).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',3)),7399766).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',4)),7399326).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',4)),7399446).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',1)),7399794).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',2)),7399327).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',2)),7399493).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',3)),7399328).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',3)),7399474).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',4)),7399330).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',4)),7399517).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actMultiplyingNumberOrQuantityTypesFn','vtFractionalNumberOrQuantitySimple','vtScalarIntegralValue')),7399700).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actSolvingEventTypeForProblemFn','iBELLAProblemPlaceholder')),7399704).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwMathWordProblem')),7399331).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwMathWordProblem')),7399489).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwSimplifyExpressionMathProblem')),7399335).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwSimplifyExpressionMathProblem')),7399411).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventReflectingFigureTypeFn','tTriangle')),7399772).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventRotatingFigureTypeFn','tTriangle')),7399460).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventTranslatingFigureTypeFn','tTriangle')),7399790).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingIntegersLongOrWithCarrying',1),7399601).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingIntegersSingleDigitToAnything',1),7399403).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractions',4),7400757).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionsWithCommonDenominators',1),7399552).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionToSimpleFraction',1),7399546).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionToSimpleFraction',2),7399669).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionsWithCommonDenominator',1),7399622).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionToMixedFraction',1),7399597).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionToMixedFraction',2),7399565).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionNoVariables',1),7399680).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingAMixedFractionToASimpleFraction',1),7399419).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingASimpleFractionToAMixedFraction',1),7399399).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingToAnEquivalentFraction',1),7399593).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDeterminingTheRelationBetweenAdditionExpressions',1),7399573).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDeterminingTheRelationBetweenExpressionsViaEvaluation',1),7399583).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsMultiplesCase',1),7399409).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',1),7399395).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',2),7399617).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',3),7399610).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionWithRemainder',1),7399585).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','actFindingAGreatestCommonFactor',1),7399663).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','actFindingAGreatestCommonFactor',2),7399671).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','actMultiplyingTwoSimpleFractions',3),7399644).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','actReorderingOperandsToGroupLikeTerms',1),7399509).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionalOperand',1),7399608).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToWhole',1),7399634).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToWhole',2),7399655).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionReducingOnly',1),7399548).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionReducingOnly',2),7399569).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAMixedNumberWithImproperFractionalPart',1),7399676).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAnImproperFractionReduceAndConvertToMixed',1),7399642).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathProblem',1),7399620).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathWordProblem',1),7399332).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathWordProblem',1),7399501).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAProblem',1),7399525).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingAMixedFractionFromASimpleFraction',1),7399423).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingAnIntegerFromAMixedFraction',1),7399628).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingASimpleFractionFromAMixedFraction',1),7399413).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingMixedFractions',1),7399513).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelyEvaluatingATwoArgDivisionExpression',2),7399466).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelyEvaluatingATwoArgMultiplicationExpression',1),7399417).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelySimplifyingATwoArgDivisionExpression',1),7399495).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelySimplifyingATwoArgDivisionExpression',2),7476433).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftSimplifyingAnEvaluatableSubExpression',1),7399532).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionAfterSubstitutingMathProblem'),1),7399595).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),7399334).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),7399638).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwExpressionComparisonProblem'),1),7399581).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwQuantitativeRelationshipMathProblem'),1),7399521).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwSimplifyExpressionMathProblem'),1),7399333).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwSimplifyExpressionMathProblem'),1),7399604).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwEvaluateExpressionAfterSubstitutingMathProblem'),1),7399599).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_6','iVersionOfElleForAddMixedNumbers0004_6',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),7399571).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7','iDefaultModelForProvidingTheAnswerToAMathProblem',7400203).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingAnIntegerAndAFraction'),7400579).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingAnIntegerAndAMixedFraction'),7400366).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingASimpleFractionAndAnInteger'),7400372).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingIntegersLongOrWithCarryingWithCalculator'),7400394).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingIntegersShortAndWithoutCarrying'),7400397).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingSimpleFractions'),7400401).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingTwoScalarPointValues'),7400254).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingTwoScalarPointValues'),7400480).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergy'),7400617).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergyOfAReactionByAppealToInitialAndFinalSystemStates'),7400659).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergyOfAReactionByAppealToSystemProperties'),7400647).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingTotalTabWithTip'),7400390).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actCancelingOutFactorsDenominatorAndNumerator'),7400513).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actCancelingOutFactorsNumeratorAndDenominator'),7400514).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actCommutingTwoMathematicalExpressions'),7400309).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelyEvaluatingAMathematicalExpressionTopLevel'),7400370).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionNoOpCase'),7400569).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionVariableBindingsKnown'),7400417).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionVariablesButNoVariableBindings'),7400587).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantityMixed'),7400534).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantitySimpleIntegerComponent'),7400553).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantitySimpleNoIntegerComponent'),7400315).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalValueToAPercentageValue'),7400311).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAFractionalNumberOrQuantityMixedToADecimal'),7400528).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAFractionalNumberOrQuantitySimpleToADecimal'),7400499).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAMixedFractionToAnEquivalentMixedFractionIncreasingFractionalPart'),7400599).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAnIntegerToAnEquivalentMixedFraction'),7400524).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAPercentageValueToADecimalValue'),7400364).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAPercentageValueToASimpleFraction'),7400565).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingASimpleFractionToAPercentageValue'),7400645).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actCorrectingErrorOfDeemingIrrelevantQuantityRelevant'),7400335).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorFirstTermUnknownAndFirstRatioGreater'),7400337).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorFirstTermUnknownAndSecondRatioGreater'),7400339).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorSecondTermUnknownAndFirstRatioGreater'),7400378).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorSecondTermUnknownAndSecondRatioGreater'),7400382).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionIntoAnExpressionLeft'),7400679).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionIntoAnExpressionRight'),7400559).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionOutOfAnExpressionLeft'),7400561).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionOutOfAnExpressionRight'),7400563).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDividend'),7400696).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisor'),7400665).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDividendAndDivisorEqualLength'),7400409).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDividendLonger'),7400619).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDivisorLonger'),7400613).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedAndSimpleFractionsMixedDividend'),7400585).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedAndSimpleFractionsMixedDivisor'),7400575).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDividend'),7400595).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDivisor'),7400593).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDivisorAndDividend'),7400603).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDividend'),7400673).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDivisor'),7400321).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDivisorAndDividend'),7400305).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingTwoScalarPointValues'),7400255).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingTwoScalarPointValues'),7400493).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsComplexCase'),7400456).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsMultiplesCase'),7400444).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsNoOpCase'),7400427).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAPercentageOfAnIntegerBaseAmount'),7400621).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAReciprocal'),7400407).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAUnitRate'),7400374).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingTheReciprocalOfAnInteger'),7400323).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingTheReciprocalOfASimpleFraction'),7400675).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),7400188).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),7400651).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),7400187).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),7400667).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),7400192).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),7400386).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actMovingADecimalPointLeftward'),7400623).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actMovingADecimalPointRightward'),7400625).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingADecimalAndAnInteger'),7400307).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAMixedFractionAndASimpleFraction'),7400526).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerAndADecimal'),7400423).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerAndAMixedFraction'),7400343).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerByASimpleFraction'),7400581).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAScalarPointValueByOne'),7400317).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAScalarPointValueByZero'),7400303).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingMultiDigitIntegers'),7400429).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingOneByAScalarPointValue'),7400319).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingSmallIntegers'),7400653).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoDecimals'),7400358).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoMixedFractions'),7400292).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoScalarPointValues'),7400253).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoScalarPointValues'),7400442).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingZeroByAScalarPointValue'),7400299).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndAMixedFraction'),7400669).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndAnInteger'),7400403).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndASimpleFraction'),7400689).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoDecimals'),7400325).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoIntegers'),7400264).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoMixedFractionsEqualIntegerComponent'),7400627).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoMixedFractionsUnequalIntegerComponent'),7400615).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoSimpleFractions'),7400491).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoSimpleFractionsCommonDenominators'),7400532).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actPerformingAnOperationOnBothSidesOfAMathStatement'),7400297).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actPlacingADecimalPoint'),7400557).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingACoefficientViaMultiplicationOrDivision'),7400349).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingADecimalPoint'),7400708).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingOneTermViaAdditionOrSubtraction'),7400681).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actRenamingAnIntegerToAnEqualSimpleFractionWithDenominatorOtherThan1'),7400605).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actRenamingAnIntegerToASimpleFractionWithDenominator1'),7400589).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actRepresentingARatioAsASimpleFraction'),7400607).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actRepresentingASimpleFractionAsARatio'),7400331).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actRespondingToAVaguePlantingOfRedFlagUserAction'),7400503).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actRespondingToFeedbackAboutMissedQuantities'),7400555).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actScalingDownARatio'),7400458).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actScalingUpARatio'),7400301).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actSelectingASubExpressionToSimplify'),7400597).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToMixedOnly'),7400268).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAFractionNoOpCase'),7400282).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAMixedNumberDroppingZero'),7400434).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingBothSidesOfAMathStatement'),7400577).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actSolvingAUnivariateLinearEquation'),7400551).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubstitutingTheBindingForOneVariable'),7400601).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingAMixedFractionFromAnInteger'),7400272).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingAnIntegerFromASimpleFraction'),7400655).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingASimpleFractionFromAnInteger'),7400698).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersLargerValueFromSmallerValue'),7400294).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersNumberFromItself'),7400540).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersSingleDigitFromLargerValue'),7400425).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersSmallerValueFromLargerValue'),7400691).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingMixedFractionsFractionalPartOfMinuendGreaterOrEqual'),7400411).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingMixedFractionsFractionalPartOfMinuendLess'),7400663).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingSimpleFractions'),7400446).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingSimpleFractionsWithCommonDenominators'),7400454).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValues'),7400256).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValues'),7400497).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValuesNumberFromItself'),7400700).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actTransformingAMathExpressionUsingAssociationLeft'),7400641).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actTransformingAMathExpressionUsingAssociationRight'),7400631).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelyEvaluatingAMathematicalExpression'),7400609).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelySimplifyingAMathExpression'),7400545).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelySimplifyingAMathExpressionFractionalexpression'),7400637).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneAdditionSubExpression'),7400649).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneDivisionSubExpression'),7400520).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneEnclosedSubExpression'),7400643).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneMultiplicationSubExpression'),7400507).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneSubExpression'),7400354).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneSubtractionSubExpression'),7400473).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','ftSimplifyingAnEnclosedSubExpression'),7400710).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn','ftSimplifyingASubExpression'),7400329).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actCheckingAnswerToProblemOfTypeFn','cwSolveLinearEquationOfOneVariableProblem')),7400704).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tParallelogram')),7400706).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tRectangle')),7400635).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tTrapezoid')),7400677).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tTriangle')),7400694).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tPentagon')),7400347).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tQuadrilateral')),7400274).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tTriangle')),7400288).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tRectangularParallelepiped')),7400421).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tRightCylinder')),7400482).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tWedge')),7400345).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tPyramidRectangularBase')),7400611).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRectangularParallelepiped')),7400671).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRightCircularCone')),7400583).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRightCylinder')),7400549).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tTetrahedron')),7400405).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tWedge')),7400573).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',0)),7400196).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',0)),7400591).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',1)),7400189).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',1)),7400702).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',2)),7400190).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',2)),7400629).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',3)),7400191).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',3)),7400633).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',4)),7400193).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',4)),7400313).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',1)),7400661).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',2)),7400194).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',2)),7400360).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',3)),7400195).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',3)),7400341).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',4)),7400197).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',4)),7400384).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actMultiplyingNumberOrQuantityTypesFn','vtFractionalNumberOrQuantitySimple','vtScalarIntegralValue')),7400567).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actSolvingEventTypeForProblemFn','iBELLAProblemPlaceholder')),7400571).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwMathWordProblem')),7400198).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwMathWordProblem')),7400356).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwSimplifyExpressionMathProblem')),7400202).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwSimplifyExpressionMathProblem')),7400278).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventReflectingFigureTypeFn','tTriangle')),7400639).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventRotatingFigureTypeFn','tTriangle')),7400327).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventTranslatingFigureTypeFn','tTriangle')),7400657).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingIntegersLongOrWithCarrying',1),7400468).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingIntegersSingleDigitToAnything',1),7400270).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractions',5),7400755).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionsWithCommonDenominators',1),7400419).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionToSimpleFraction',1),7400413).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionToSimpleFraction',2),7400536).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionsWithCommonDenominator',1),7400489).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionToMixedFraction',1),7400464).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionToMixedFraction',2),7400432).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionNoVariables',1),7400547).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingAMixedFractionToASimpleFraction',1),7400286).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingASimpleFractionToAMixedFraction',1),7400266).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingToAnEquivalentFraction',1),7400460).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDeterminingTheRelationBetweenAdditionExpressions',1),7400440).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDeterminingTheRelationBetweenExpressionsViaEvaluation',1),7400450).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsMultiplesCase',1),7400276).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',1),7400262).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',2),7400484).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',3),7400477).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionWithRemainder',1),7400452).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','actFindingAGreatestCommonFactor',1),7400530).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','actFindingAGreatestCommonFactor',2),7400538).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','actMultiplyingTwoSimpleFractions',3),7400511).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','actReorderingOperandsToGroupLikeTerms',1),7400376).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionalOperand',1),7400475).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToWhole',1),7400501).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToWhole',2),7400522).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionReducingOnly',1),7400415).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionReducingOnly',2),7400436).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAMixedNumberWithImproperFractionalPart',1),7400543).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAnImproperFractionReduceAndConvertToMixed',1),7400509).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathProblem',1),7400487).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathWordProblem',1),7400199).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathWordProblem',1),7400368).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAProblem',1),7400392).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingAMixedFractionFromASimpleFraction',1),7400290).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingAnIntegerFromAMixedFraction',1),7400495).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingASimpleFractionFromAMixedFraction',1),7400280).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingMixedFractions',1),7400380).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelyEvaluatingATwoArgDivisionExpression',2),7400333).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelyEvaluatingATwoArgMultiplicationExpression',1),7400284).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelySimplifyingATwoArgDivisionExpression',1),7400362).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelySimplifyingATwoArgDivisionExpression',2),7476309).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftSimplifyingAnEvaluatableSubExpression',1),7400399).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionAfterSubstitutingMathProblem'),1),7400462).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),7400201).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),7400505).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwExpressionComparisonProblem'),1),7400448).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwQuantitativeRelationshipMathProblem'),1),7400388).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwSimplifyExpressionMathProblem'),1),7400200).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwSimplifyExpressionMathProblem'),1),7400471).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwEvaluateExpressionAfterSubstitutingMathProblem'),1),7400466).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0004_7','iVersionOfElleForAddMixedNumbers0004_7',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),7400438).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1','iDefaultModelForProvidingTheAnswerToAMathProblem',7570716).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingAnIntegerAndAFraction'),7570942).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingAnIntegerAndAMixedFraction'),7571080).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingASimpleFractionAndAnInteger'),7571104).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingIntegersLongOrWithCarryingWithCalculator'),7571182).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingIntegersShortAndWithoutCarrying'),7571185).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingSimpleFractions'),7571189).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingTwoScalarPointValues'),7570814).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingTwoScalarPointValues'),7571212).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergy'),7570902).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergyOfAReactionByAppealToInitialAndFinalSystemStates'),7570979).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergyOfAReactionByAppealToSystemProperties'),7570999).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingTotalTabWithTip'),7571178).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCancelingOutFactorsDenominatorAndNumerator'),7571232).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCancelingOutFactorsNumeratorAndDenominator'),7571233).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCommutingTwoMathematicalExpressions'),7571044).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelyEvaluatingAMathematicalExpressionTopLevel'),7571106).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionNoOpCase'),7570823).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionVariableBindingsKnown'),7571143).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionVariablesButNoVariableBindings'),7570934).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantityMixed'),7570870).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantitySimpleIntegerComponent'),7570841).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantitySimpleNoIntegerComponent'),7571038).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalValueToAPercentageValue'),7571050).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAFractionalNumberOrQuantityMixedToADecimal'),7570868).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAFractionalNumberOrQuantitySimpleToADecimal'),7571226).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAMixedFractionToAnEquivalentMixedFractionIncreasingFractionalPart'),7570922).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAnIntegerToAnEquivalentMixedFraction'),7570880).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAPercentageValueToADecimalValue'),7571082).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAPercentageValueToASimpleFraction'),7570837).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingASimpleFractionToAPercentageValue'),7571001).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCorrectingErrorOfDeemingIrrelevantQuantityRelevant'),7571110).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorFirstTermUnknownAndFirstRatioGreater'),7571112).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorFirstTermUnknownAndSecondRatioGreater'),7571137).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorSecondTermUnknownAndFirstRatioGreater'),7571098).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorSecondTermUnknownAndSecondRatioGreater'),7571094).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionIntoAnExpressionLeft'),7570969).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionIntoAnExpressionRight'),7570847).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionOutOfAnExpressionLeft'),7570833).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionOutOfAnExpressionRight'),7570835).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDividend'),7570953).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisor'),7570989).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDividendAndDivisorEqualLength'),7571197).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDividendLonger'),7570904).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDivisorLonger'),7570906).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedAndSimpleFractionsMixedDividend'),7570936).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedAndSimpleFractionsMixedDivisor'),7570831).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDividend'),7570926).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDivisor'),7570928).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDivisorAndDividend'),7570918).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDividend'),7570963).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDivisor'),7571040).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDivisorAndDividend'),7571023).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingTwoScalarPointValues'),7570815).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingTwoScalarPointValues'),7571216).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsComplexCase'),7571257).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsMultiplesCase'),7571170).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsNoOpCase'),7571149).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAPercentageOfAnIntegerBaseAmount'),7570898).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAReciprocal'),7571195).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAUnitRate'),7571102).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingTheReciprocalOfAnInteger'),7571122).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingTheReciprocalOfASimpleFraction'),7570965).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),7570706).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),7571003).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),7570709).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),7570987).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),7570700).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),7571174).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMovingADecimalPointLeftward'),7570900).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMovingADecimalPointRightward'),7570894).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingADecimalAndAnInteger'),7571046).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAMixedFractionAndASimpleFraction'),7570878).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerAndADecimal'),7571145).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerAndAMixedFraction'),7571133).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerByASimpleFraction'),7570940).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAScalarPointValueByOne'),7571036).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAScalarPointValueByZero'),7571025).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingMultiDigitIntegers'),7571153).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingOneByAScalarPointValue'),7571042).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingSmallIntegers'),7571009).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoDecimals'),7571088).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoMixedFractions'),7571027).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoScalarPointValues'),7570813).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoScalarPointValues'),7571164).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingZeroByAScalarPointValue'),7571021).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndAMixedFraction'),7570993).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndAnInteger'),7571191).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndASimpleFraction'),7570946).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoDecimals'),7571124).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoIntegers'),7571062).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoMixedFractionsEqualIntegerComponent'),7570896).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoMixedFractionsUnequalIntegerComponent'),7570908).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoSimpleFractions'),7571218).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoSimpleFractionsCommonDenominators'),7570872).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actPerformingAnOperationOnBothSidesOfAMathStatement'),7571031).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actPlacingADecimalPoint'),7570845).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingACoefficientViaMultiplicationOrDivision'),7571128).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingADecimalPoint'),7571013).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingOneTermViaAdditionOrSubtraction'),7570971).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRenamingAnIntegerToAnEqualSimpleFractionWithDenominatorOtherThan1'),7570916).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRenamingAnIntegerToASimpleFractionWithDenominator1'),7570932).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRepresentingARatioAsASimpleFraction'),7570914).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRepresentingASimpleFractionAsARatio'),7571114).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRespondingToAVaguePlantingOfRedFlagUserAction'),7571222).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRespondingToFeedbackAboutMissedQuantities'),7570843).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actScalingDownARatio'),7571259).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actScalingUpARatio'),7571019).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSelectingASubExpressionToSimplify'),7570924).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToMixedOnly'),7571054).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAFractionNoOpCase'),7571064).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAMixedNumberDroppingZero'),7571156).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingBothSidesOfAMathStatement'),7570944).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSolvingAUnivariateLinearEquation'),7570855).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubstitutingTheBindingForOneVariable'),7570920).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingAMixedFractionFromAnInteger'),7571058).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingAnIntegerFromASimpleFraction'),7571007).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingASimpleFractionFromAnInteger'),7570957).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersLargerValueFromSmallerValue'),7571033).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersNumberFromItself'),7570863).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersSingleDigitFromLargerValue'),7571151).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersSmallerValueFromLargerValue'),7570948).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingMixedFractionsFractionalPartOfMinuendGreaterOrEqual'),7571199).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingMixedFractionsFractionalPartOfMinuendLess'),7570983).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingSimpleFractions'),7571168).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingSimpleFractionsWithCommonDenominators'),7571247).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValues'),7570816).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValues'),7571228).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValuesNumberFromItself'),7570959).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actTransformingAMathExpressionUsingAssociationLeft'),7570997).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actTransformingAMathExpressionUsingAssociationRight'),7570892).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelyEvaluatingAMathematicalExpression'),7570910).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelySimplifyingAMathExpression'),7570849).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelySimplifyingAMathExpressionFractionalexpression'),7570882).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneAdditionSubExpression'),7571005).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneDivisionSubExpression'),7570876).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneEnclosedSubExpression'),7570995).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneMultiplicationSubExpression'),7571241).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneSubExpression'),7571092).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneSubtractionSubExpression'),7571273).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftSimplifyingAnEnclosedSubExpression'),7571011).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftSimplifyingASubExpression'),7571120).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actCheckingAnswerToProblemOfTypeFn','cwSolveLinearEquationOfOneVariableProblem')),7571017).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tParallelogram')),7571015).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tRectangle')),7570888).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tTrapezoid')),7570967).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tTriangle')),7570951).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tPentagon')),7571126).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tQuadrilateral')),7571072).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tTriangle')),7571070).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tRectangularParallelepiped')),7571147).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tRightCylinder')),7571210).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tWedge')),7571135).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tPyramidRectangularBase')),7570912).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRectangularParallelepiped')),7570991).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRightCircularCone')),7570938).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRightCylinder')),7570853).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tTetrahedron')),7571193).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tWedge')),7570829).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',0)),7570701).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',0)),7570930).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',1)),7570710).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',1)),7570961).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',2)),7570708).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',2)),7570890).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',3)),7570705).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',3)),7570886).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',4)),7570703).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',4)),7571048).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',1)),7570985).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',2)),7570707).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',2)),7571086).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',3)),7570704).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',3)),7571139).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',4)),7570711).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',4)),7571172).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actMultiplyingNumberOrQuantityTypesFn','vtFractionalNumberOrQuantitySimple','vtScalarIntegralValue')),7570839).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actSolvingEventTypeForProblemFn','iBELLAProblemPlaceholder')),7570827).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwMathWordProblem')),7570702).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwMathWordProblem')),7571090).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwSimplifyExpressionMathProblem')),7570715).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwSimplifyExpressionMathProblem')),7571076).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventReflectingFigureTypeFn','tTriangle')),7570884).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventRotatingFigureTypeFn','tTriangle')),7571118).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventTranslatingFigureTypeFn','tTriangle')),7570981).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingIntegersLongOrWithCarrying',1),7571261).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingIntegersSingleDigitToAnything',1),7571056).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractions',1),7570825).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionsWithCommonDenominators',1),7571141).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionToSimpleFraction',1),7571201).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionToSimpleFraction',2),7570859).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionsWithCommonDenominator',1),7571220).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionToMixedFraction',1),7571266).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionToMixedFraction',2),7571158).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionNoVariables',1),7570851).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingAMixedFractionToASimpleFraction',1),7571068).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingASimpleFractionToAMixedFraction',1),7571052).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingToAnEquivalentFraction',1),7571253).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDeterminingTheRelationBetweenAdditionExpressions',1),7571166).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDeterminingTheRelationBetweenExpressionsViaEvaluation',1),7571251).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsMultiplesCase',1),7571074).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',1),7571060).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',2),7571207).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',3),7571270).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionWithRemainder',1),7571245).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actFindingAGreatestCommonFactor',1),7570866).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actFindingAGreatestCommonFactor',2),7570857).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actMultiplyingAnIntegerAndAMixedFraction',1),7578777).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actMultiplyingTwoSimpleFractions',3),7571230).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actReorderingOperandsToGroupLikeTerms',1),7571100).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionalOperand',1),7571275).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToWhole',1),7571224).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToWhole',2),7570874).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionReducingOnly',1),7571203).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionReducingOnly',2),7571162).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAMixedNumberWithImproperFractionalPart',1),7570861).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAnImproperFractionReduceAndConvertToMixed',1),7571239).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathProblem',1),7571205).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathWordProblem',1),7570712).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathWordProblem',1),7571108).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAProblem',1),7571180).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingAMixedFractionFromASimpleFraction',1),7571029).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingAnIntegerFromAMixedFraction',1),7571214).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingASimpleFractionFromAMixedFraction',1),7571078).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingMixedFractions',1),7571096).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelyEvaluatingATwoArgDivisionExpression',2),7571116).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelyEvaluatingATwoArgMultiplicationExpression',1),7571066).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelySimplifyingATwoArgDivisionExpression',1),7571084).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelySimplifyingATwoArgDivisionExpression',2),7570955).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftSimplifyingAnEvaluatableSubExpression',1),7571187).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionAfterSubstitutingMathProblem'),1),7571255).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),7570714).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),7571243).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwExpressionComparisonProblem'),1),7571249).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwQuantitativeRelationshipMathProblem'),1),7571176).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwSimplifyExpressionMathProblem'),1),7570713).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwSimplifyExpressionMathProblem'),1),7571264).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwEvaluateExpressionAfterSubstitutingMathProblem'),1),7571268).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0005_1','iVersionOfElleForAddMixedNumbers0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),7571160).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1','iDefaultModelForProvidingTheAnswerToAMathProblem',7571661).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingAnIntegerAndAFraction'),7571887).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingAnIntegerAndAMixedFraction'),7572025).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingASimpleFractionAndAnInteger'),7572049).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingIntegersLongOrWithCarryingWithCalculator'),7572127).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingIntegersShortAndWithoutCarrying'),7572130).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingSimpleFractions'),7572134).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingTwoScalarPointValues'),7571759).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingTwoScalarPointValues'),7572157).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergy'),7571847).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergyOfAReactionByAppealToInitialAndFinalSystemStates'),7571924).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergyOfAReactionByAppealToSystemProperties'),7571944).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingTotalTabWithTip'),7572123).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCancelingOutFactorsDenominatorAndNumerator'),7572177).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCancelingOutFactorsNumeratorAndDenominator'),7572178).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCommutingTwoMathematicalExpressions'),7571989).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelyEvaluatingAMathematicalExpressionTopLevel'),7572051).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionNoOpCase'),7571768).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionVariableBindingsKnown'),7572088).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionVariablesButNoVariableBindings'),7571879).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantityMixed'),7571815).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantitySimpleIntegerComponent'),7571786).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantitySimpleNoIntegerComponent'),7571983).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalValueToAPercentageValue'),7571995).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAFractionalNumberOrQuantityMixedToADecimal'),7571813).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAFractionalNumberOrQuantitySimpleToADecimal'),7572171).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAMixedFractionToAnEquivalentMixedFractionIncreasingFractionalPart'),7571867).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAnIntegerToAnEquivalentMixedFraction'),7571825).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAPercentageValueToADecimalValue'),7572027).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAPercentageValueToASimpleFraction'),7571782).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingASimpleFractionToAPercentageValue'),7571946).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCorrectingErrorOfDeemingIrrelevantQuantityRelevant'),7572055).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorFirstTermUnknownAndFirstRatioGreater'),7572057).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorFirstTermUnknownAndSecondRatioGreater'),7572082).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorSecondTermUnknownAndFirstRatioGreater'),7572043).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorSecondTermUnknownAndSecondRatioGreater'),7572039).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionIntoAnExpressionLeft'),7571914).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionIntoAnExpressionRight'),7571792).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionOutOfAnExpressionLeft'),7571778).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionOutOfAnExpressionRight'),7571780).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDividend'),7571898).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisor'),7571934).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDividendAndDivisorEqualLength'),7572142).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDividendLonger'),7571849).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDivisorLonger'),7571851).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedAndSimpleFractionsMixedDividend'),7571881).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedAndSimpleFractionsMixedDivisor'),7571776).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDividend'),7571871).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDivisor'),7571873).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDivisorAndDividend'),7571863).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDividend'),7571908).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDivisor'),7571985).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDivisorAndDividend'),7571968).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingTwoScalarPointValues'),7571760).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingTwoScalarPointValues'),7572161).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsComplexCase'),7572202).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsMultiplesCase'),7572115).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsNoOpCase'),7572094).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAPercentageOfAnIntegerBaseAmount'),7571843).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAReciprocal'),7572140).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAUnitRate'),7572047).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingTheReciprocalOfAnInteger'),7572067).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingTheReciprocalOfASimpleFraction'),7571910).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),7571651).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),7571948).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),7571654).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),7571932).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),7571645).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),7572119).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMovingADecimalPointLeftward'),7571845).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMovingADecimalPointRightward'),7571839).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingADecimalAndAnInteger'),7571991).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAMixedFractionAndASimpleFraction'),7571823).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerAndADecimal'),7572090).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerAndAMixedFraction'),7572078).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerByASimpleFraction'),7571885).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAScalarPointValueByOne'),7571981).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAScalarPointValueByZero'),7571970).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingMultiDigitIntegers'),7572098).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingOneByAScalarPointValue'),7571987).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingSmallIntegers'),7571954).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoDecimals'),7572033).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoMixedFractions'),7571972).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoScalarPointValues'),7571758).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoScalarPointValues'),7572109).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingZeroByAScalarPointValue'),7571966).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndAMixedFraction'),7571938).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndAnInteger'),7572136).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndASimpleFraction'),7571891).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoDecimals'),7572069).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoIntegers'),7572007).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoMixedFractionsEqualIntegerComponent'),7571841).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoMixedFractionsUnequalIntegerComponent'),7571853).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoSimpleFractions'),7572163).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoSimpleFractionsCommonDenominators'),7571817).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actPerformingAnOperationOnBothSidesOfAMathStatement'),7571976).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actPlacingADecimalPoint'),7571790).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingACoefficientViaMultiplicationOrDivision'),7572073).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingADecimalPoint'),7571958).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingOneTermViaAdditionOrSubtraction'),7571916).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRenamingAnIntegerToAnEqualSimpleFractionWithDenominatorOtherThan1'),7571861).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRenamingAnIntegerToASimpleFractionWithDenominator1'),7571877).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRepresentingARatioAsASimpleFraction'),7571859).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRepresentingASimpleFractionAsARatio'),7572059).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRespondingToAVaguePlantingOfRedFlagUserAction'),7572167).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRespondingToFeedbackAboutMissedQuantities'),7571788).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actScalingDownARatio'),7572204).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actScalingUpARatio'),7571964).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSelectingASubExpressionToSimplify'),7571869).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToMixedOnly'),7571999).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAFractionNoOpCase'),7572009).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAMixedNumberDroppingZero'),7572101).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingBothSidesOfAMathStatement'),7571889).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSolvingAUnivariateLinearEquation'),7571800).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubstitutingTheBindingForOneVariable'),7571865).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingAMixedFractionFromAnInteger'),7572003).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingAnIntegerFromASimpleFraction'),7571952).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingASimpleFractionFromAnInteger'),7571902).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersLargerValueFromSmallerValue'),7571978).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersNumberFromItself'),7571808).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersSingleDigitFromLargerValue'),7572096).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersSmallerValueFromLargerValue'),7571893).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingMixedFractionsFractionalPartOfMinuendGreaterOrEqual'),7572144).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingMixedFractionsFractionalPartOfMinuendLess'),7571928).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingSimpleFractions'),7572113).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingSimpleFractionsWithCommonDenominators'),7572192).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValues'),7571761).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValues'),7572173).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValuesNumberFromItself'),7571904).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actTransformingAMathExpressionUsingAssociationLeft'),7571942).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actTransformingAMathExpressionUsingAssociationRight'),7571837).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelyEvaluatingAMathematicalExpression'),7571855).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelySimplifyingAMathExpression'),7571794).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelySimplifyingAMathExpressionFractionalexpression'),7571827).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneAdditionSubExpression'),7571950).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneDivisionSubExpression'),7571821).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneEnclosedSubExpression'),7571940).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneMultiplicationSubExpression'),7572186).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneSubExpression'),7572037).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneSubtractionSubExpression'),7572218).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftSimplifyingAnEnclosedSubExpression'),7571956).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftSimplifyingASubExpression'),7572065).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actCheckingAnswerToProblemOfTypeFn','cwSolveLinearEquationOfOneVariableProblem')),7571962).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tParallelogram')),7571960).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tRectangle')),7571833).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tTrapezoid')),7571912).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tTriangle')),7571896).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tPentagon')),7572071).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tQuadrilateral')),7572017).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tTriangle')),7572015).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tRectangularParallelepiped')),7572092).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tRightCylinder')),7572155).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tWedge')),7572080).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tPyramidRectangularBase')),7571857).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRectangularParallelepiped')),7571936).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRightCircularCone')),7571883).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRightCylinder')),7571798).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tTetrahedron')),7572138).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tWedge')),7571774).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',0)),7571646).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',0)),7571875).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',1)),7571655).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',1)),7571906).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',2)),7571653).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',2)),7571835).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',3)),7571650).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',3)),7571831).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',4)),7571648).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',4)),7571993).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',1)),7571930).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',2)),7571652).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',2)),7572031).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',3)),7571649).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',3)),7572084).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',4)),7571656).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',4)),7572117).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actMultiplyingNumberOrQuantityTypesFn','vtFractionalNumberOrQuantitySimple','vtScalarIntegralValue')),7571784).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actSolvingEventTypeForProblemFn','iBELLAProblemPlaceholder')),7571772).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwMathWordProblem')),7571647).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwMathWordProblem')),7572035).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwSimplifyExpressionMathProblem')),7571660).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwSimplifyExpressionMathProblem')),7572021).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventReflectingFigureTypeFn','tTriangle')),7571829).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventRotatingFigureTypeFn','tTriangle')),7572063).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventTranslatingFigureTypeFn','tTriangle')),7571926).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingIntegersLongOrWithCarrying',1),7572206).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingIntegersSingleDigitToAnything',1),7572001).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractions',1),7571770).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionsWithCommonDenominators',1),7572086).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionToSimpleFraction',1),7572146).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionToSimpleFraction',2),7571804).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionsWithCommonDenominator',1),7572165).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionToMixedFraction',1),7572211).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionToMixedFraction',2),7572103).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionNoVariables',1),7571796).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingAMixedFractionToASimpleFraction',1),7572013).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingASimpleFractionToAMixedFraction',1),7571997).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingToAnEquivalentFraction',1),7572198).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDeterminingTheRelationBetweenAdditionExpressions',1),7572111).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDeterminingTheRelationBetweenExpressionsViaEvaluation',1),7572196).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsMultiplesCase',1),7572019).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',1),7572005).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',2),7572152).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',3),7572215).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionWithRemainder',1),7572190).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actFindingAGreatestCommonFactor',1),7571811).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actFindingAGreatestCommonFactor',2),7571802).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actMultiplyingTwoSimpleFractions',3),7572175).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actReorderingOperandsToGroupLikeTerms',1),7572045).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionalOperand',1),7572220).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToWhole',1),7572169).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToWhole',2),7571819).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionReducingOnly',1),7572148).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionReducingOnly',2),7572107).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAMixedNumberWithImproperFractionalPart',1),7571806).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAnImproperFractionReduceAndConvertToMixed',1),7572184).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathProblem',1),7572150).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathWordProblem',1),7571657).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathWordProblem',1),7572053).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAProblem',1),7572125).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingAMixedFractionFromASimpleFraction',1),7571974).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingAnIntegerFromAMixedFraction',1),7572159).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingASimpleFractionFromAMixedFraction',1),7572023).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingMixedFractions',1),7572041).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelyEvaluatingATwoArgDivisionExpression',2),7572061).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelyEvaluatingATwoArgMultiplicationExpression',1),7572011).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelySimplifyingATwoArgDivisionExpression',1),7572029).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelySimplifyingATwoArgDivisionExpression',2),7571900).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftSimplifyingAnEvaluatableSubExpression',1),7572132).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionAfterSubstitutingMathProblem'),1),7572200).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),7571659).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),7572188).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwExpressionComparisonProblem'),1),7572194).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwQuantitativeRelationshipMathProblem'),1),7572121).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwSimplifyExpressionMathProblem'),1),7571658).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwSimplifyExpressionMathProblem'),1),7572209).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwEvaluateExpressionAfterSubstitutingMathProblem'),1),7572213).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0006_1','iVersionOfElleForAddMixedNumbers0006_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),7572105).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1','iDefaultModelForProvidingTheAnswerToAMathProblem',7572606).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingAnIntegerAndAFraction'),7572832).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingAnIntegerAndAMixedFraction'),7572970).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingASimpleFractionAndAnInteger'),7572994).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingIntegersLongOrWithCarryingWithCalculator'),7573072).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingIntegersShortAndWithoutCarrying'),7573075).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingSimpleFractions'),7573079).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingTwoScalarPointValues'),7572704).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingTwoScalarPointValues'),7573102).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergy'),7572792).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergyOfAReactionByAppealToInitialAndFinalSystemStates'),7572869).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergyOfAReactionByAppealToSystemProperties'),7572889).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingTotalTabWithTip'),7573068).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCancelingOutFactorsDenominatorAndNumerator'),7573122).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCancelingOutFactorsNumeratorAndDenominator'),7573123).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCommutingTwoMathematicalExpressions'),7572934).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelyEvaluatingAMathematicalExpressionTopLevel'),7572996).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionNoOpCase'),7572713).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionVariableBindingsKnown'),7573033).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionVariablesButNoVariableBindings'),7572824).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantityMixed'),7572760).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantitySimpleIntegerComponent'),7572731).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantitySimpleNoIntegerComponent'),7572928).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalValueToAPercentageValue'),7572940).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAFractionalNumberOrQuantityMixedToADecimal'),7572758).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAFractionalNumberOrQuantitySimpleToADecimal'),7573116).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAMixedFractionToAnEquivalentMixedFractionIncreasingFractionalPart'),7572812).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAnIntegerToAnEquivalentMixedFraction'),7572770).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAPercentageValueToADecimalValue'),7572972).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAPercentageValueToASimpleFraction'),7572727).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingASimpleFractionToAPercentageValue'),7572891).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCorrectingErrorOfDeemingIrrelevantQuantityRelevant'),7573000).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorFirstTermUnknownAndFirstRatioGreater'),7573002).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorFirstTermUnknownAndSecondRatioGreater'),7573027).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorSecondTermUnknownAndFirstRatioGreater'),7572988).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorSecondTermUnknownAndSecondRatioGreater'),7572984).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionIntoAnExpressionLeft'),7572859).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionIntoAnExpressionRight'),7572737).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionOutOfAnExpressionLeft'),7572723).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionOutOfAnExpressionRight'),7572725).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDividend'),7572843).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisor'),7572879).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDividendAndDivisorEqualLength'),7573087).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDividendLonger'),7572794).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDivisorLonger'),7572796).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedAndSimpleFractionsMixedDividend'),7572826).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedAndSimpleFractionsMixedDivisor'),7572721).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDividend'),7572816).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDivisor'),7572818).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDivisorAndDividend'),7572808).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDividend'),7572853).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDivisor'),7572930).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDivisorAndDividend'),7572913).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingTwoScalarPointValues'),7572705).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingTwoScalarPointValues'),7573106).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsComplexCase'),7573147).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsMultiplesCase'),7573060).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsNoOpCase'),7573039).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAPercentageOfAnIntegerBaseAmount'),7572788).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAReciprocal'),7573085).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAUnitRate'),7572992).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingTheReciprocalOfAnInteger'),7573012).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingTheReciprocalOfASimpleFraction'),7572855).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),7572596).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),7572893).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),7572599).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),7572877).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),7572590).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),7573064).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMovingADecimalPointLeftward'),7572790).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMovingADecimalPointRightward'),7572784).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingADecimalAndAnInteger'),7572936).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAMixedFractionAndASimpleFraction'),7572768).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerAndADecimal'),7573035).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerAndAMixedFraction'),7573023).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerByASimpleFraction'),7572830).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAScalarPointValueByOne'),7572926).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAScalarPointValueByZero'),7572915).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingMultiDigitIntegers'),7573043).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingOneByAScalarPointValue'),7572932).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingSmallIntegers'),7572899).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoDecimals'),7572978).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoMixedFractions'),7572917).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoScalarPointValues'),7572703).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoScalarPointValues'),7573054).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingZeroByAScalarPointValue'),7572911).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndAMixedFraction'),7572883).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndAnInteger'),7573081).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndASimpleFraction'),7572836).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoDecimals'),7573014).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoIntegers'),7572952).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoMixedFractionsEqualIntegerComponent'),7572786).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoMixedFractionsUnequalIntegerComponent'),7572798).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoSimpleFractions'),7573108).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoSimpleFractionsCommonDenominators'),7572762).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actPerformingAnOperationOnBothSidesOfAMathStatement'),7572921).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actPlacingADecimalPoint'),7572735).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingACoefficientViaMultiplicationOrDivision'),7573018).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingADecimalPoint'),7572903).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingOneTermViaAdditionOrSubtraction'),7572861).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRenamingAnIntegerToAnEqualSimpleFractionWithDenominatorOtherThan1'),7572806).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRenamingAnIntegerToASimpleFractionWithDenominator1'),7572822).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRepresentingARatioAsASimpleFraction'),7572804).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRepresentingASimpleFractionAsARatio'),7573004).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRespondingToAVaguePlantingOfRedFlagUserAction'),7573112).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRespondingToFeedbackAboutMissedQuantities'),7572733).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actScalingDownARatio'),7573149).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actScalingUpARatio'),7572909).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSelectingASubExpressionToSimplify'),7572814).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToMixedOnly'),7572944).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAFractionNoOpCase'),7572954).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAMixedNumberDroppingZero'),7573046).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingBothSidesOfAMathStatement'),7572834).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSolvingAUnivariateLinearEquation'),7572745).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubstitutingTheBindingForOneVariable'),7572810).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingAMixedFractionFromAnInteger'),7572948).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingAnIntegerFromASimpleFraction'),7572897).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingASimpleFractionFromAnInteger'),7572847).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersLargerValueFromSmallerValue'),7572923).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersNumberFromItself'),7572753).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersSingleDigitFromLargerValue'),7573041).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersSmallerValueFromLargerValue'),7572838).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingMixedFractionsFractionalPartOfMinuendGreaterOrEqual'),7573089).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingMixedFractionsFractionalPartOfMinuendLess'),7572873).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingSimpleFractions'),7573058).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingSimpleFractionsWithCommonDenominators'),7573137).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValues'),7572706).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValues'),7573118).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValuesNumberFromItself'),7572849).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actTransformingAMathExpressionUsingAssociationLeft'),7572887).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actTransformingAMathExpressionUsingAssociationRight'),7572782).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelyEvaluatingAMathematicalExpression'),7572800).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelySimplifyingAMathExpression'),7572739).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelySimplifyingAMathExpressionFractionalexpression'),7572772).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneAdditionSubExpression'),7572895).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneDivisionSubExpression'),7572766).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneEnclosedSubExpression'),7572885).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneMultiplicationSubExpression'),7573131).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneSubExpression'),7572982).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneSubtractionSubExpression'),7573163).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftSimplifyingAnEnclosedSubExpression'),7572901).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftSimplifyingASubExpression'),7573010).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actCheckingAnswerToProblemOfTypeFn','cwSolveLinearEquationOfOneVariableProblem')),7572907).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tParallelogram')),7572905).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tRectangle')),7572778).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tTrapezoid')),7572857).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tTriangle')),7572841).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tPentagon')),7573016).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tQuadrilateral')),7572962).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tTriangle')),7572960).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tRectangularParallelepiped')),7573037).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tRightCylinder')),7573100).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tWedge')),7573025).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tPyramidRectangularBase')),7572802).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRectangularParallelepiped')),7572881).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRightCircularCone')),7572828).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRightCylinder')),7572743).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tTetrahedron')),7573083).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tWedge')),7572719).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',0)),7572591).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',0)),7572820).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',1)),7572600).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',1)),7572851).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',2)),7572598).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',2)),7572780).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',3)),7572595).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',3)),7572776).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',4)),7572593).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',4)),7572938).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',1)),7572875).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',2)),7572597).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',2)),7572976).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',3)),7572594).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',3)),7573029).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',4)),7572601).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',4)),7573062).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actMultiplyingNumberOrQuantityTypesFn','vtFractionalNumberOrQuantitySimple','vtScalarIntegralValue')),7572729).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actSolvingEventTypeForProblemFn','iBELLAProblemPlaceholder')),7572717).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwMathWordProblem')),7572592).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwMathWordProblem')),7572980).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwSimplifyExpressionMathProblem')),7572605).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwSimplifyExpressionMathProblem')),7572966).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventReflectingFigureTypeFn','tTriangle')),7572774).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventRotatingFigureTypeFn','tTriangle')),7573008).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventTranslatingFigureTypeFn','tTriangle')),7572871).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingIntegersLongOrWithCarrying',1),7573151).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingIntegersSingleDigitToAnything',1),7572946).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractions',1),7572715).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionsWithCommonDenominators',1),7573031).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionToSimpleFraction',1),7573091).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionToSimpleFraction',2),7572749).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionsWithCommonDenominator',1),7573110).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionToMixedFraction',1),7573156).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionToMixedFraction',2),7573048).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionNoVariables',1),7572741).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingAMixedFractionToASimpleFraction',1),7572958).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingASimpleFractionToAMixedFraction',1),7572942).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingToAnEquivalentFraction',1),7573143).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDeterminingTheRelationBetweenAdditionExpressions',1),7573056).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDeterminingTheRelationBetweenExpressionsViaEvaluation',1),7573141).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsMultiplesCase',1),7572964).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',1),7572950).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',2),7573097).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',3),7573160).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionWithRemainder',1),7573135).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actFindingAGreatestCommonFactor',1),7572756).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actFindingAGreatestCommonFactor',2),7572747).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actMultiplyingTwoSimpleFractions',3),7573120).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actReorderingOperandsToGroupLikeTerms',1),7572990).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionalOperand',1),7573165).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToWhole',1),7573114).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToWhole',2),7572764).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionReducingOnly',1),7573093).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionReducingOnly',2),7573052).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAMixedNumberWithImproperFractionalPart',1),7572751).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAnImproperFractionReduceAndConvertToMixed',1),7573129).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathProblem',1),7573095).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathWordProblem',1),7572602).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathWordProblem',1),7572998).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAProblem',1),7573070).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingAMixedFractionFromASimpleFraction',1),7572919).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingAnIntegerFromAMixedFraction',1),7573104).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingASimpleFractionFromAMixedFraction',1),7572968).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingMixedFractions',1),7572986).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelyEvaluatingATwoArgDivisionExpression',2),7573006).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelyEvaluatingATwoArgMultiplicationExpression',1),7572956).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelySimplifyingATwoArgDivisionExpression',1),7572974).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelySimplifyingATwoArgDivisionExpression',2),7572845).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftSimplifyingAnEvaluatableSubExpression',1),7573077).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionAfterSubstitutingMathProblem'),1),7573145).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),7572604).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),7573133).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwExpressionComparisonProblem'),1),7573139).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwQuantitativeRelationshipMathProblem'),1),7573066).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwSimplifyExpressionMathProblem'),1),7572603).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwSimplifyExpressionMathProblem'),1),7573154).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwEvaluateExpressionAfterSubstitutingMathProblem'),1),7573158).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0007_1','iVersionOfElleForAddMixedNumbers0007_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),7573050).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1','iDefaultModelForProvidingTheAnswerToAMathProblem',7573551).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingAnIntegerAndAFraction'),7573777).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingAnIntegerAndAMixedFraction'),7573915).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingASimpleFractionAndAnInteger'),7573939).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingIntegersLongOrWithCarryingWithCalculator'),7574017).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingIntegersShortAndWithoutCarrying'),7574020).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingSimpleFractions'),7574024).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingTwoScalarPointValues'),7573649).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingTwoScalarPointValues'),7574047).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergy'),7573737).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergyOfAReactionByAppealToInitialAndFinalSystemStates'),7573814).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergyOfAReactionByAppealToSystemProperties'),7573834).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingTotalTabWithTip'),7574013).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCancelingOutFactorsDenominatorAndNumerator'),7574067).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCancelingOutFactorsNumeratorAndDenominator'),7574068).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCommutingTwoMathematicalExpressions'),7573879).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelyEvaluatingAMathematicalExpressionTopLevel'),7573941).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionNoOpCase'),7573658).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionVariableBindingsKnown'),7573978).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionVariablesButNoVariableBindings'),7573769).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantityMixed'),7573705).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantitySimpleIntegerComponent'),7573676).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantitySimpleNoIntegerComponent'),7573873).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalValueToAPercentageValue'),7573885).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAFractionalNumberOrQuantityMixedToADecimal'),7573703).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAFractionalNumberOrQuantitySimpleToADecimal'),7574061).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAMixedFractionToAnEquivalentMixedFractionIncreasingFractionalPart'),7573757).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAnIntegerToAnEquivalentMixedFraction'),7573715).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAPercentageValueToADecimalValue'),7573917).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAPercentageValueToASimpleFraction'),7573672).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingASimpleFractionToAPercentageValue'),7573836).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCorrectingErrorOfDeemingIrrelevantQuantityRelevant'),7573945).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorFirstTermUnknownAndFirstRatioGreater'),7573947).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorFirstTermUnknownAndSecondRatioGreater'),7573972).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorSecondTermUnknownAndFirstRatioGreater'),7573933).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorSecondTermUnknownAndSecondRatioGreater'),7573929).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionIntoAnExpressionLeft'),7573804).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionIntoAnExpressionRight'),7573682).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionOutOfAnExpressionLeft'),7573668).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionOutOfAnExpressionRight'),7573670).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDividend'),7573788).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisor'),7573824).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDividendAndDivisorEqualLength'),7574032).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDividendLonger'),7573739).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDivisorLonger'),7573741).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedAndSimpleFractionsMixedDividend'),7573771).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedAndSimpleFractionsMixedDivisor'),7573666).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDividend'),7573761).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDivisor'),7573763).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDivisorAndDividend'),7573753).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDividend'),7573798).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDivisor'),7573875).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDivisorAndDividend'),7573858).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingTwoScalarPointValues'),7573650).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingTwoScalarPointValues'),7574051).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsComplexCase'),7574092).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsMultiplesCase'),7574005).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsNoOpCase'),7573984).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAPercentageOfAnIntegerBaseAmount'),7573733).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAReciprocal'),7574030).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAUnitRate'),7573937).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingTheReciprocalOfAnInteger'),7573957).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingTheReciprocalOfASimpleFraction'),7573800).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),7573541).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),7573838).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),7573544).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),7573822).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),7573535).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),7574009).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMovingADecimalPointLeftward'),7573735).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMovingADecimalPointRightward'),7573729).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingADecimalAndAnInteger'),7573881).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAMixedFractionAndASimpleFraction'),7573713).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerAndADecimal'),7573980).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerAndAMixedFraction'),7573968).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerByASimpleFraction'),7573775).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAScalarPointValueByOne'),7573871).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAScalarPointValueByZero'),7573860).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingMultiDigitIntegers'),7573988).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingOneByAScalarPointValue'),7573877).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingSmallIntegers'),7573844).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoDecimals'),7573923).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoMixedFractions'),7573862).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoScalarPointValues'),7573648).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoScalarPointValues'),7573999).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingZeroByAScalarPointValue'),7573856).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndAMixedFraction'),7573828).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndAnInteger'),7574026).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndASimpleFraction'),7573781).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoDecimals'),7573959).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoIntegers'),7573897).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoMixedFractionsEqualIntegerComponent'),7573731).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoMixedFractionsUnequalIntegerComponent'),7573743).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoSimpleFractions'),7574053).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoSimpleFractionsCommonDenominators'),7573707).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actPerformingAnOperationOnBothSidesOfAMathStatement'),7573866).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actPlacingADecimalPoint'),7573680).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingACoefficientViaMultiplicationOrDivision'),7573963).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingADecimalPoint'),7573848).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingOneTermViaAdditionOrSubtraction'),7573806).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRenamingAnIntegerToAnEqualSimpleFractionWithDenominatorOtherThan1'),7573751).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRenamingAnIntegerToASimpleFractionWithDenominator1'),7573767).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRepresentingARatioAsASimpleFraction'),7573749).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRepresentingASimpleFractionAsARatio'),7573949).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRespondingToAVaguePlantingOfRedFlagUserAction'),7574057).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRespondingToFeedbackAboutMissedQuantities'),7573678).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actScalingDownARatio'),7574094).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actScalingUpARatio'),7573854).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSelectingASubExpressionToSimplify'),7573759).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToMixedOnly'),7573889).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAFractionNoOpCase'),7573899).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAMixedNumberDroppingZero'),7573991).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingBothSidesOfAMathStatement'),7573779).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSolvingAUnivariateLinearEquation'),7573690).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubstitutingTheBindingForOneVariable'),7573755).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingAMixedFractionFromAnInteger'),7573893).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingAnIntegerFromASimpleFraction'),7573842).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingASimpleFractionFromAnInteger'),7573792).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersLargerValueFromSmallerValue'),7573868).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersNumberFromItself'),7573698).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersSingleDigitFromLargerValue'),7573986).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersSmallerValueFromLargerValue'),7573783).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingMixedFractionsFractionalPartOfMinuendGreaterOrEqual'),7574034).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingMixedFractionsFractionalPartOfMinuendLess'),7573818).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingSimpleFractions'),7574003).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingSimpleFractionsWithCommonDenominators'),7574082).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValues'),7573651).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValues'),7574063).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValuesNumberFromItself'),7573794).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actTransformingAMathExpressionUsingAssociationLeft'),7573832).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actTransformingAMathExpressionUsingAssociationRight'),7573727).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelyEvaluatingAMathematicalExpression'),7573745).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelySimplifyingAMathExpression'),7573684).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelySimplifyingAMathExpressionFractionalexpression'),7573717).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneAdditionSubExpression'),7573840).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneDivisionSubExpression'),7573711).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneEnclosedSubExpression'),7573830).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneMultiplicationSubExpression'),7574076).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneSubExpression'),7573927).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneSubtractionSubExpression'),7574108).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftSimplifyingAnEnclosedSubExpression'),7573846).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftSimplifyingASubExpression'),7573955).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actCheckingAnswerToProblemOfTypeFn','cwSolveLinearEquationOfOneVariableProblem')),7573852).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tParallelogram')),7573850).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tRectangle')),7573723).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tTrapezoid')),7573802).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tTriangle')),7573786).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tPentagon')),7573961).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tQuadrilateral')),7573907).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tTriangle')),7573905).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tRectangularParallelepiped')),7573982).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tRightCylinder')),7574045).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tWedge')),7573970).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tPyramidRectangularBase')),7573747).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRectangularParallelepiped')),7573826).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRightCircularCone')),7573773).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRightCylinder')),7573688).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tTetrahedron')),7574028).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tWedge')),7573664).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',0)),7573536).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',0)),7573765).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',1)),7573545).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',1)),7573796).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',2)),7573543).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',2)),7573725).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',3)),7573540).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',3)),7573721).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',4)),7573538).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',4)),7573883).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',1)),7573820).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',2)),7573542).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',2)),7573921).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',3)),7573539).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',3)),7573974).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',4)),7573546).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',4)),7574007).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actMultiplyingNumberOrQuantityTypesFn','vtFractionalNumberOrQuantitySimple','vtScalarIntegralValue')),7573674).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actSolvingEventTypeForProblemFn','iBELLAProblemPlaceholder')),7573662).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwMathWordProblem')),7573537).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwMathWordProblem')),7573925).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwSimplifyExpressionMathProblem')),7573550).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwSimplifyExpressionMathProblem')),7573911).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventReflectingFigureTypeFn','tTriangle')),7573719).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventRotatingFigureTypeFn','tTriangle')),7573953).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventTranslatingFigureTypeFn','tTriangle')),7573816).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingAnIntegerAndAMixedFraction',1),7656929).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingIntegersLongOrWithCarrying',1),7574096).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingIntegersSingleDigitToAnything',1),7573891).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractions',1),7573660).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionsWithCommonDenominators',1),7573976).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionToSimpleFraction',1),7574036).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionToSimpleFraction',2),7573694).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionsWithCommonDenominator',1),7574055).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionToMixedFraction',1),7574101).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionToMixedFraction',2),7573993).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionNoVariables',1),7573686).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingAMixedFractionToASimpleFraction',1),7573903).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingASimpleFractionToAMixedFraction',1),7573887).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingToAnEquivalentFraction',1),7574088).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDeterminingTheRelationBetweenAdditionExpressions',1),7574001).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDeterminingTheRelationBetweenExpressionsViaEvaluation',1),7574086).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsMultiplesCase',1),7573909).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',1),7573895).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',2),7574042).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',3),7574105).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionWithRemainder',1),7574080).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actFindingAGreatestCommonFactor',1),7573701).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actFindingAGreatestCommonFactor',2),7573692).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actMultiplyingTwoSimpleFractions',3),7574065).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actReorderingOperandsToGroupLikeTerms',1),7573935).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionalOperand',1),7574110).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToWhole',1),7574059).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToWhole',2),7573709).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionReducingOnly',1),7574038).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionReducingOnly',2),7573997).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAMixedNumberWithImproperFractionalPart',1),7573696).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAnImproperFractionReduceAndConvertToMixed',1),7574074).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathProblem',1),7574040).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathWordProblem',1),7573547).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathWordProblem',1),7573943).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAProblem',1),7574015).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingAMixedFractionFromASimpleFraction',1),7573864).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingAnIntegerFromAMixedFraction',1),7574049).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingASimpleFractionFromAMixedFraction',1),7573913).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingMixedFractions',1),7573931).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelyEvaluatingATwoArgDivisionExpression',2),7573951).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelyEvaluatingATwoArgMultiplicationExpression',1),7573901).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelySimplifyingATwoArgDivisionExpression',1),7573919).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelySimplifyingATwoArgDivisionExpression',2),7573790).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftSimplifyingAnEvaluatableSubExpression',1),7574022).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionAfterSubstitutingMathProblem'),1),7574090).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),7573549).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),7574078).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwExpressionComparisonProblem'),1),7574084).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwQuantitativeRelationshipMathProblem'),1),7574011).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwSimplifyExpressionMathProblem'),1),7573548).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwSimplifyExpressionMathProblem'),1),7574099).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwEvaluateExpressionAfterSubstitutingMathProblem'),1),7574103).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForAddMixedNumbers0008_1','iVersionOfElleForAddMixedNumbers0008_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),7573995).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1','iDefaultModelForProvidingTheAnswerToAMathProblem',6891574).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingAnIntegerAndAFraction'),6891952).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingAnIntegerAndAMixedFraction'),6891737).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingASimpleFractionAndAnInteger'),6891743).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingIntegersLongOrWithCarryingWithCalculator'),6891769).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingIntegersShortAndWithoutCarrying'),6891772).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingSimpleFractions'),6891778).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingTwoScalarPointValues'),6891623).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingTwoScalarPointValues'),6891850).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergy'),6891988).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergyOfAReactionByAppealToInitialAndFinalSystemStates'),6892030).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergyOfAReactionByAppealToSystemProperties'),6892018).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingTotalTabWithTip'),6891765).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCancelingOutFactorsDenominatorAndNumerator'),6891886).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCancelingOutFactorsNumeratorAndDenominator'),6891887).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCommutingTwoMathematicalExpressions'),6891678).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelyEvaluatingAMathematicalExpressionTopLevel'),6891741).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionNoOpCase'),6891942).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionVariableBindingsKnown'),6891794).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionVariablesButNoVariableBindings'),6891958).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantityMixed'),6891907).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantitySimpleIntegerComponent'),6891926).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantitySimpleNoIntegerComponent'),6891686).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalValueToAPercentageValue'),6891682).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAFractionalNumberOrQuantityMixedToADecimal'),6891901).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAFractionalNumberOrQuantitySimpleToADecimal'),6891872).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAMixedFractionToAnEquivalentMixedFractionIncreasingFractionalPart'),6891970).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAnIntegerToAnEquivalentMixedFraction'),6891897).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAPercentageValueToADecimalValue'),6891735).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAPercentageValueToASimpleFraction'),6891938).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingASimpleFractionToAPercentageValue'),6892016).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingToAnEquivalentFraction'),6891680).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCorrectingErrorOfDeemingIrrelevantQuantityRelevant'),6891706).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorFirstTermUnknownAndFirstRatioGreater'),6891708).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorFirstTermUnknownAndSecondRatioGreater'),6891710).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorSecondTermUnknownAndFirstRatioGreater'),6891751).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorSecondTermUnknownAndSecondRatioGreater'),6891757).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionIntoAnExpressionLeft'),6892050).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionIntoAnExpressionRight'),6891932).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionOutOfAnExpressionLeft'),6891934).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionOutOfAnExpressionRight'),6891936).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDividend'),6892067).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisor'),6892036).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDividendAndDivisorEqualLength'),6891786).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDividendLonger'),6891990).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDivisorLonger'),6891984).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedAndSimpleFractionsMixedDividend'),6891956).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedAndSimpleFractionsMixedDivisor'),6891948).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDividend'),6891966).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDivisor'),6891964).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDivisorAndDividend'),6891974).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDividend'),6892044).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDivisor'),6891692).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDivisorAndDividend'),6891674).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingTwoScalarPointValues'),6891624).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingTwoScalarPointValues'),6891866).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsComplexCase'),6891831).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsMultiplesCase'),6891819).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsNoOpCase'),6891802).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAPercentageOfAnIntegerBaseAmount'),6891992).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAReciprocal'),6891784).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAUnitRate'),6891747).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingTheReciprocalOfAnInteger'),6891694).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingTheReciprocalOfASimpleFraction'),6892046).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),6891568).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),6892022).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),6891567).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),6892038).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),6891558).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),6891761).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMovingADecimalPointLeftward'),6891994).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMovingADecimalPointRightward'),6891996).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingADecimalAndAnInteger'),6891676).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAMixedFractionAndASimpleFraction'),6891899).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerAndADecimal'),6922493).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerAndAMixedFraction'),6891714).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAScalarPointValueByOne'),6891688).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAScalarPointValueByZero'),6891672).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingMultiDigitIntegers'),6891804).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingOneByAScalarPointValue'),6891690).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingSmallIntegers'),6892024).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoDecimals'),6891729).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoMixedFractions'),6891661).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoScalarPointValues'),6891622).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoScalarPointValues'),6891817).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingZeroByAScalarPointValue'),6891668).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndAMixedFraction'),6892040).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndAnInteger'),6891780).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndASimpleFraction'),6892060).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoDecimals'),6891696).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoIntegers'),6891633).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoMixedFractionsEqualIntegerComponent'),6891998).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoMixedFractionsUnequalIntegerComponent'),6891986).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoSimpleFractions'),6891864).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoSimpleFractionsCommonDenominators'),6891905).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actPerformingAnOperationOnBothSidesOfAMathStatement'),6891663).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actPlacingADecimalPoint'),6891930).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingACoefficientViaMultiplicationOrDivision'),6891720).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingADecimalPoint'),6892079).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingOneTermViaAdditionOrSubtraction'),6892052).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRenamingAnIntegerToAnEqualSimpleFractionWithDenominatorOtherThan1'),6891976).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRenamingAnIntegerToASimpleFractionWithDenominator1'),6891960).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRepresentingARatioAsASimpleFraction'),6891978).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRepresentingASimpleFractionAsARatio'),6891702).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRespondingToAVaguePlantingOfRedFlagUserAction'),6891876).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRespondingToFeedbackAboutMissedQuantities'),6891928).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actScalingDownARatio'),6891833).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actScalingUpARatio'),6891670).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSelectingASubExpressionToSimplify'),6891968).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToMixedOnly'),6891637).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAFractionNoOpCase'),6891651).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAMixedNumberDroppingZero'),6891809).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingBothSidesOfAMathStatement'),6891950).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSolvingAUnivariateLinearEquation'),6891924).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubstitutingTheBindingForOneVariable'),6891972).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingAMixedFractionFromAnInteger'),6891641).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingAnIntegerFromASimpleFraction'),6892026).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingASimpleFractionFromAnInteger'),6892069).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersLargerValueFromSmallerValue'),6891665).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersNumberFromItself'),6891913).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersSingleDigitFromLargerValue'),6891800).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersSmallerValueFromLargerValue'),6892064).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingMixedFractionsFractionalPartOfMinuendGreaterOrEqual'),6891788).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingMixedFractionsFractionalPartOfMinuendLess'),6892034).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingSimpleFractions'),6891821).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingSimpleFractionsWithCommonDenominators'),6891829).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValues'),6891625).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValues'),6891870).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValuesNumberFromItself'),6892071).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actTransformingAMathExpressionUsingAssociationLeft'),6892012).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actTransformingAMathExpressionUsingAssociationRight'),6892002).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelyEvaluatingAMathematicalExpression'),6891980).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelySimplifyingAMathExpression'),6891918).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelySimplifyingAMathExpressionFractionalexpression'),6892008).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneAdditionSubExpression'),6892020).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneDivisionSubExpression'),6891893).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneEnclosedSubExpression'),6892014).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneMultiplicationSubExpression'),6891880).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneSubExpression'),6891725).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneSubtractionSubExpression'),6891846).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftSimplifyingAnEnclosedSubExpression'),6892081).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftSimplifyingASubExpression'),6891700).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actCheckingAnswerToProblemOfTypeFn','cwSolveLinearEquationOfOneVariableProblem')),6892075).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tParallelogram')),6892077).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tRectangle')),6892006).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tTrapezoid')),6892048).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tTriangle')),6892062).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tPentagon')),6891718).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tQuadrilateral')),6891643).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tTriangle')),6891657).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tRectangularParallelepiped')),6891798).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tRightCylinder')),6891855).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tWedge')),6891716).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tPyramidRectangularBase')),6891982).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRectangularParallelepiped')),6892042).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRightCircularCone')),6891954).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRightCylinder')),6891922).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tTetrahedron')),6891782).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tWedge')),6891946).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',0)),6891565).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',0)),6891962).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',1)),6891566).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',1)),6892073).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',2)),6891564).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',2)),6892000).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',3)),6891561).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',3)),6892004).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',4)),6891563).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',4)),6891684).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',1)),6892032).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',2)),6891562).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',2)),6891731).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',3)),6891559).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',3)),6891712).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',4)),6891560).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',4)),6891759).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actMultiplyingNumberOrQuantityTypesFn','vtFractionalNumberOrQuantitySimple','vtScalarIntegralValue')),6891940).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actSolvingEventTypeForProblemFn','iBELLAProblemPlaceholder')),6891944).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwMathWordProblem')),6891569).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwMathWordProblem')),6891727).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwSimplifyExpressionMathProblem')),6891573).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwSimplifyExpressionMathProblem')),6891647).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventReflectingFigureTypeFn','tTriangle')),6892010).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventRotatingFigureTypeFn','tTriangle')),6891698).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventTranslatingFigureTypeFn','tTriangle')),6892028).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingIntegersLongOrWithCarrying',1),6891841).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingIntegersSingleDigitToAnything',1),6891639).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractions',2),6891745).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractions',3),6891753).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionsWithCommonDenominators',1),6891796).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionToSimpleFraction',1),6891790).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionToSimpleFraction',2),6891909).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionsWithCommonDenominator',1),6891862).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionToMixedFraction',1),6891837).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionToMixedFraction',2),6891807).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionNoVariables',1),6891920).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingAMixedFractionToASimpleFraction',1),6891655).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingASimpleFractionToAMixedFraction',1),6891635).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDeterminingTheRelationBetweenAdditionExpressions',1),6891813).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDeterminingTheRelationBetweenExpressionsViaEvaluation',1),6891825).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsMultiplesCase',1),6891645).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',1),6891631).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',2),6891857).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',3),6891852).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionWithRemainder',1),6891827).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actFindingAGreatestCommonFactor',1),6891903).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actFindingAGreatestCommonFactor',2),6891911).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actMultiplyingAnIntegerByASimpleFraction',1),6891776).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actMultiplyingTwoSimpleFractions',3),6891884).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actReorderingOperandsToGroupLikeTerms',1),6891749).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionalOperand',1),6891848).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToWhole',1),6891874).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToWhole',2),6891895).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionReducingOnly',1),6891792).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionReducingOnly',2),6891811).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAMixedNumberWithImproperFractionalPart',1),6891916).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAnImproperFractionReduceAndConvertToMixed',1),6891882).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathProblem',1),6891860).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathWordProblem',1),6891570).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathWordProblem',1),6891739).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAProblem',1),6891767).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingAMixedFractionFromASimpleFraction',1),6891659).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingAnIntegerFromAMixedFraction',1),6891868).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingASimpleFractionFromAMixedFraction',1),6891649).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingMixedFractions',1),6891755).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelyEvaluatingATwoArgDivisionExpression',2),6891704).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelyEvaluatingATwoArgMultiplicationExpression',1),6891653).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelySimplifyingATwoArgDivisionExpression',1),6891733).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelySimplifyingATwoArgDivisionExpression',2),7476345).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftSimplifyingAnEvaluatableSubExpression',1),6891774).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionAfterSubstitutingMathProblem'),1),6891835).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),6891572).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),6891878).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwExpressionComparisonProblem'),1),6891823).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwQuantitativeRelationshipMathProblem'),1),6891763).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwSimplifyExpressionMathProblem'),1),6891571).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwSimplifyExpressionMathProblem'),1),6891844).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwEvaluateExpressionAfterSubstitutingMathProblem'),1),6891839).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForArea0002_1','iVersionOfElleForArea0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),6891815).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForBarry','iVersionOfElleForBarry','iDefaultModelForProvidingTheAnswerToAMathProblem',5625525).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForBarry','iVersionOfElleForBarry',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),5625512).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForBarry','iVersionOfElleForBarry',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),5625517).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForBarry','iVersionOfElleForBarry',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),5625510).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForBarry','iVersionOfElleForBarry',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',0)),5625515).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForBarry','iVersionOfElleForBarry',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',1)),5625519).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForBarry','iVersionOfElleForBarry',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',2)),5625514).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForBarry','iVersionOfElleForBarry',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',3)),5625516).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForBarry','iVersionOfElleForBarry',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',4)),5625518).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForBarry','iVersionOfElleForBarry',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',2)),5625520).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForBarry','iVersionOfElleForBarry',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',3)),5625509).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForBarry','iVersionOfElleForBarry',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',4)),5625511).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForBarry','iVersionOfElleForBarry',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwMathWordProblem')),5625513).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForBarry','iVersionOfElleForBarry',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwSimplifyExpressionMathProblem')),5625524).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForBarry','iVersionOfElleForBarry',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathWordProblem',1),5625521).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForBarry','iVersionOfElleForBarry',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),5625523).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForBarry','iVersionOfElleForBarry',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwSimplifyExpressionMathProblem'),1),5625522).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForBenjamin','iVersionOfElleForBenjamin','iDefaultModelForProvidingTheAnswerToAMathProblem',6683518).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForBenjamin','iVersionOfElleForBenjamin',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),6683480).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForBenjamin','iVersionOfElleForBenjamin',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),6683483).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForBenjamin','iVersionOfElleForBenjamin',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),6683489).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForBenjamin','iVersionOfElleForBenjamin',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',0)),6683491).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForBenjamin','iVersionOfElleForBenjamin',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',1)),6683481).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForBenjamin','iVersionOfElleForBenjamin',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',2)),6683482).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForBenjamin','iVersionOfElleForBenjamin',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',3)),6683484).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForBenjamin','iVersionOfElleForBenjamin',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',4)),6683487).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForBenjamin','iVersionOfElleForBenjamin',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',2)),6683486).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForBenjamin','iVersionOfElleForBenjamin',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',3)),6683485).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForBenjamin','iVersionOfElleForBenjamin',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',4)),6683490).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForBenjamin','iVersionOfElleForBenjamin',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwMathWordProblem')),6683488).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForBenjamin','iVersionOfElleForBenjamin',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwSimplifyExpressionMathProblem')),6683495).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForBenjamin','iVersionOfElleForBenjamin',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathWordProblem',1),6683492).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForBenjamin','iVersionOfElleForBenjamin',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),6683494).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForBenjamin','iVersionOfElleForBenjamin',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwSimplifyExpressionMathProblem'),1),6683493).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForCheyenne','iVersionOfElleForCheyenne','iDefaultModelForProvidingTheAnswerToAMathProblem',5653020).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForCheyenne','iVersionOfElleForCheyenne',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingTwoScalarPointValues'),5652988).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForCheyenne','iVersionOfElleForCheyenne',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingTwoScalarPointValues'),5652989).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForCheyenne','iVersionOfElleForCheyenne',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),5652992).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForCheyenne','iVersionOfElleForCheyenne',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),5653005).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForCheyenne','iVersionOfElleForCheyenne',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),5652985).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForCheyenne','iVersionOfElleForCheyenne',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),5653004).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForCheyenne','iVersionOfElleForCheyenne',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),5652993).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForCheyenne','iVersionOfElleForCheyenne',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),5653008).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForCheyenne','iVersionOfElleForCheyenne',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoScalarPointValues'),5652987).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForCheyenne','iVersionOfElleForCheyenne',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValues'),5652990).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForCheyenne','iVersionOfElleForCheyenne',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',0)),5652996).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForCheyenne','iVersionOfElleForCheyenne',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',0)),5653010).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForCheyenne','iVersionOfElleForCheyenne',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',1)),5652999).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForCheyenne','iVersionOfElleForCheyenne',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',1)),5653011).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForCheyenne','iVersionOfElleForCheyenne',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',2)),5652991).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForCheyenne','iVersionOfElleForCheyenne',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',2)),5653013).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForCheyenne','iVersionOfElleForCheyenne',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',3)),5652984).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForCheyenne','iVersionOfElleForCheyenne',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',3)),5653015).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForCheyenne','iVersionOfElleForCheyenne',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',4)),5652995).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForCheyenne','iVersionOfElleForCheyenne',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',4)),5653014).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForCheyenne','iVersionOfElleForCheyenne',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',2)),5652994).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForCheyenne','iVersionOfElleForCheyenne',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',2)),5653009).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForCheyenne','iVersionOfElleForCheyenne',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',3)),5652997).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForCheyenne','iVersionOfElleForCheyenne',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',3)),5653007).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForCheyenne','iVersionOfElleForCheyenne',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',4)),5652998).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForCheyenne','iVersionOfElleForCheyenne',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',4)),5653006).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForCheyenne','iVersionOfElleForCheyenne',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwMathWordProblem')),5653000).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForCheyenne','iVersionOfElleForCheyenne',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwMathWordProblem')),5653012).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForCheyenne','iVersionOfElleForCheyenne',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwSimplifyExpressionMathProblem')),5652986).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForCheyenne','iVersionOfElleForCheyenne',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwSimplifyExpressionMathProblem')),5653019).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForCheyenne','iVersionOfElleForCheyenne',nartR('mtErroneousProcessForProblemTypeMtFn','actRemovingOneTermViaAdditionOrSubtraction',1),5652983).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForCheyenne','iVersionOfElleForCheyenne',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathWordProblem',1),5653016).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForCheyenne','iVersionOfElleForCheyenne',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),5653018).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForCheyenne','iVersionOfElleForCheyenne',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwSimplifyExpressionMathProblem'),1),5653017).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForChristina','iVersionOfElleForChristina','iDefaultModelForProvidingTheAnswerToAMathProblem',5652073).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForChristina','iVersionOfElleForChristina',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),5652058).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForChristina','iVersionOfElleForChristina',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),5652057).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForChristina','iVersionOfElleForChristina',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),5652061).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForChristina','iVersionOfElleForChristina',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',0)),5652063).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForChristina','iVersionOfElleForChristina',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',1)),5652064).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForChristina','iVersionOfElleForChristina',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',2)),5652066).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForChristina','iVersionOfElleForChristina',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',3)),5652068).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForChristina','iVersionOfElleForChristina',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',4)),5652067).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForChristina','iVersionOfElleForChristina',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',2)),5652062).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForChristina','iVersionOfElleForChristina',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',3)),5652060).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForChristina','iVersionOfElleForChristina',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',4)),5652059).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForChristina','iVersionOfElleForChristina',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwMathWordProblem')),5652065).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForChristina','iVersionOfElleForChristina',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwSimplifyExpressionMathProblem')),5652072).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForChristina','iVersionOfElleForChristina',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathWordProblem',1),5652069).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForChristina','iVersionOfElleForChristina',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),5652071).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForChristina','iVersionOfElleForChristina',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwSimplifyExpressionMathProblem'),1),5652070).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1','iDefaultModelForProvidingTheAnswerToAMathProblem',6873115).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingAnIntegerAndAFraction'),6873213).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingAnIntegerAndAMixedFraction'),6873622).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingASimpleFractionAndAnInteger'),6873612).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingIntegersLongOrWithCarryingWithCalculator'),6873344).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingIntegersShortAndWithoutCarrying'),6873351).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingSimpleFractions'),6873353).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingTwoScalarPointValues'),6873164).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingTwoScalarPointValues'),6873250).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergy'),6873557).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergyOfAReactionByAppealToInitialAndFinalSystemStates'),6873604).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergyOfAReactionByAppealToSystemProperties'),6873592).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingTotalTabWithTip'),6873340).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCancelingOutFactorsDenominatorAndNumerator'),6873206).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCancelingOutFactorsNumeratorAndDenominator'),6873207).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCommutingTwoMathematicalExpressions'),6873436).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelyEvaluatingAMathematicalExpressionTopLevel'),6873610).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionNoOpCase'),6873194).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionVariableBindingsKnown'),6873335).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionVariablesButNoVariableBindings'),6873221).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantityMixed'),6873293).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantitySimpleIntegerComponent'),6873180).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantitySimpleNoIntegerComponent'),6873442).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalValueToAPercentageValue'),6873446).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAFractionalNumberOrQuantityMixedToADecimal'),6873287).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAFractionalNumberOrQuantitySimpleToADecimal'),6873501).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAMixedFractionToAnEquivalentMixedFractionIncreasingFractionalPart'),6873314).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAnIntegerToAnEquivalentMixedFraction'),6873283).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAPercentageValueToADecimalValue'),6873620).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAPercentageValueToASimpleFraction'),6873190).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingASimpleFractionToAPercentageValue'),6873545).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingToAnEquivalentFraction'),6873438).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCorrectingErrorOfDeemingIrrelevantQuantityRelevant'),6873401).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorFirstTermUnknownAndFirstRatioGreater'),6873403).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorFirstTermUnknownAndSecondRatioGreater'),6873397).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorSecondTermUnknownAndFirstRatioGreater'),6873375).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorSecondTermUnknownAndSecondRatioGreater'),6873385).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionIntoAnExpressionLeft'),6873515).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionIntoAnExpressionRight'),6873182).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionOutOfAnExpressionLeft'),6873188).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionOutOfAnExpressionRight'),6873186).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDividend'),6873529).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisor'),6873574).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDividendAndDivisorEqualLength'),6873327).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDividendLonger'),6873559).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDivisorLonger'),6873301).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedAndSimpleFractionsMixedDividend'),6873215).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedAndSimpleFractionsMixedDivisor'),6873200).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDividend'),6873231).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDivisor'),6873225).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDivisorAndDividend'),6873307).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDividend'),6873584).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDivisor'),6873452).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDivisorAndDividend'),6873432).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingTwoScalarPointValues'),6873165).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingTwoScalarPointValues'),6873260).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsComplexCase'),6873371).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsMultiplesCase'),6873359).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsNoOpCase'),6873233).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAPercentageOfAnIntegerBaseAmount'),6873561).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAReciprocal'),6873325).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAUnitRate'),6873379).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingTheReciprocalOfAnInteger'),6873450).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingTheReciprocalOfASimpleFraction'),6873590).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),6873107).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),6873596).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),6873101).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),6873582).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),6873110).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),6873381).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMovingADecimalPointLeftward'),6873563).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMovingADecimalPointRightward'),6873565).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingADecimalAndAnInteger'),6873434).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAMixedFractionAndASimpleFraction'),6873285).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerAndAMixedFraction'),6873414).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAScalarPointValueByOne'),6873440).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAScalarPointValueByZero'),6873428).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingMultiDigitIntegers'),6873247).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingOneByAScalarPointValue'),6873454).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingSmallIntegers'),6873598).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoDecimals'),6873416).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoMixedFractions'),6873482).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoScalarPointValues'),6873163).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoScalarPointValues'),6873357).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingZeroByAScalarPointValue'),6873424).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndAMixedFraction'),6873580).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndAnInteger'),6873321).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndASimpleFraction'),6873525).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoDecimals'),6873448).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoIntegers'),6873462).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoMixedFractionsEqualIntegerComponent'),6873567).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoMixedFractionsUnequalIntegerComponent'),6873553).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoSimpleFractions'),6873258).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoSimpleFractionsCommonDenominators'),6873291).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actPerformingAnOperationOnBothSidesOfAMathStatement'),6873422).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actPlacingADecimalPoint'),6873184).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingACoefficientViaMultiplicationOrDivision'),6873405).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingADecimalPoint'),6873513).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingOneTermViaAdditionOrSubtraction'),6873517).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRenamingAnIntegerToAnEqualSimpleFractionWithDenominatorOtherThan1'),6873312).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRenamingAnIntegerToASimpleFractionWithDenominator1'),6873219).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRepresentingARatioAsASimpleFraction'),6873303).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRepresentingASimpleFractionAsARatio'),6873389).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRespondingToAVaguePlantingOfRedFlagUserAction'),6873505).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRespondingToFeedbackAboutMissedQuantities'),6873178).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actScalingDownARatio'),6873268).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actScalingUpARatio'),6873426).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSelectingASubExpressionToSimplify'),6873229).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToMixedOnly'),6873458).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAFractionNoOpCase'),6873476).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAMixedNumberDroppingZero'),6873223).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingBothSidesOfAMathStatement'),6873202).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSolvingAUnivariateLinearEquation'),6873174).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubstitutingTheBindingForOneVariable'),6873319).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingAMixedFractionFromAnInteger'),6873470).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingAnIntegerFromASimpleFraction'),6873600).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingASimpleFractionFromAnInteger'),6873531).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersLargerValueFromSmallerValue'),6873569).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersNumberFromItself'),6873337).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersSingleDigitFromLargerValue'),6873235).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersSmallerValueFromLargerValue'),6873490).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingMixedFractionsFractionalPartOfMinuendGreaterOrEqual'),6873329).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingMixedFractionsFractionalPartOfMinuendLess'),6873578).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingSimpleFractions'),6873361).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingSimpleFractionsWithCommonDenominators'),6873369).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValues'),6873166).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValues'),6873264).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValuesNumberFromItself'),6873430).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actTransformingAMathExpressionUsingAssociationLeft'),6873549).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actTransformingAMathExpressionUsingAssociationRight'),6873543).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelyEvaluatingAMathematicalExpression'),6873305).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelySimplifyingAMathExpression'),6873172).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelySimplifyingAMathExpressionFractionalexpression'),6873537).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneAdditionSubExpression'),6873594).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneDivisionSubExpression'),6873497).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneEnclosedSubExpression'),6873547).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneMultiplicationSubExpression'),6873493).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneSubExpression'),6873420).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneSubtractionSubExpression'),6873281).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftSimplifyingAnEnclosedSubExpression'),6873511).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftSimplifyingASubExpression'),6873395).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actCheckingAnswerToProblemOfTypeFn','cwSolveLinearEquationOfOneVariableProblem')),6873535).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tParallelogram')),6873509).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tRectangle')),6873539).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tTrapezoid')),6873588).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tTriangle')),6873527).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tPentagon')),6873410).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tQuadrilateral')),6873464).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tTriangle')),6873486).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tRectangularParallelepiped')),6873237).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tRightCylinder')),6873252).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tWedge')),6873412).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tPyramidRectangularBase')),6873299).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRectangularParallelepiped')),6873586).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRightCircularCone')),6873217).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRightCylinder')),6873176).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tTetrahedron')),6873323).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tWedge')),6873198).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',0)),6873109).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',0)),6873227).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',1)),6873099).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',1)),6873533).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',2)),6873106).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',2)),6873572).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',3)),6873105).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',3)),6873541).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',4)),6873103).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',4)),6873444).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',1)),6873606).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',2)),6873108).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',2)),6873616).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',3)),6873100).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',3)),6873399).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',4)),6873102).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',4)),6873383).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actMultiplyingNumberOrQuantityTypesFn','vtFractionalNumberOrQuantitySimple','vtScalarIntegralValue')),6873192).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actSolvingEventTypeForProblemFn','iBELLAProblemPlaceholder')),6873196).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwMathWordProblem')),6873104).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwMathWordProblem')),6873418).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwSimplifyExpressionMathProblem')),6873114).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwSimplifyExpressionMathProblem')),6873480).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventReflectingFigureTypeFn','tTriangle')),6873551).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventRotatingFigureTypeFn','tTriangle')),6873393).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventTranslatingFigureTypeFn','tTriangle')),6873602).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingIntegersLongOrWithCarrying',1),6873276).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingIntegersSingleDigitToAnything',1),6873468).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractions',2),6873614).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractions',3),6873373).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionsWithCommonDenominators',1),6873239).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionToSimpleFraction',1),6873331).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionToSimpleFraction',2),6873295).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionsWithCommonDenominator',1),6873256).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionToMixedFraction',1),6873272).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionToMixedFraction',2),6873245).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionNoVariables',1),6873576).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingAMixedFractionToASimpleFraction',1),6873488).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingASimpleFractionToAMixedFraction',1),6873456).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDeterminingTheRelationBetweenAdditionExpressions',1),6873241).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDeterminingTheRelationBetweenExpressionsViaEvaluation',1),6873365).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDoingColumnarAddition',1),6963937).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsMultiplesCase',1),6873466).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',1),6873460).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',2),6873309).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',3),6873316).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionWithRemainder',1),6873367).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actFindingAGreatestCommonFactor',1),6873289).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actFindingAGreatestCommonFactor',2),6873297).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actMultiplyingAnIntegerByASimpleFraction',1),6873355).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actMultiplyingTwoSimpleFractions',3),6873204).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actReorderingOperandsToGroupLikeTerms',1),6873377).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionalOperand',1),6873279).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToWhole',1),6873503).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToWhole',2),6873499).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionReducingOnly',1),6873333).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionReducingOnly',2),6873243).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAMixedNumberWithImproperFractionalPart',1),6873472).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAnImproperFractionReduceAndConvertToMixed',1),6873495).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathProblem',1),6873254).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathWordProblem',1),6873111).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathWordProblem',1),6873608).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAProblem',1),6873347).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingAMixedFractionFromASimpleFraction',1),6873484).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingAnIntegerFromAMixedFraction',1),6873262).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingASimpleFractionFromAMixedFraction',1),6873478).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingMixedFractions',1),6873387).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSummingAColumnOfDigits',1),6972311).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelyEvaluatingATwoArgDivisionExpression',2),6873391).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelyEvaluatingATwoArgMultiplicationExpression',1),6873474).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelySimplifyingATwoArgDivisionExpression',1),6873618).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelySimplifyingATwoArgDivisionExpression',2),7476597).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftSimplifyingAnEvaluatableSubExpression',1),6873349).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionAfterSubstitutingMathProblem'),1),6873266).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),6873113).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),6873507).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwExpressionComparisonProblem'),1),6873363).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwQuantitativeRelationshipMathProblem'),1),6873342).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwSimplifyExpressionMathProblem'),1),6873112).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwSimplifyExpressionMathProblem'),1),6873274).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwEvaluateExpressionAfterSubstitutingMathProblem'),1),6873270).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0001_1','iVersionOfElleForColumnarAdditionTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),6873555).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1','iDefaultModelForProvidingTheAnswerToAMathProblem',7069721).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingAnIntegerAndAFraction'),7069853).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingAnIntegerAndAMixedFraction'),7070040).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingASimpleFractionAndAnInteger'),7069969).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingIntegersLongOrWithCarryingWithCalculator'),7070195).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingIntegersShortAndWithoutCarrying'),7070198).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingSimpleFractions'),7070172).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingTwoScalarPointValues'),7069770).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingTwoScalarPointValues'),7069875).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergy'),7069947).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergyOfAReactionByAppealToInitialAndFinalSystemStates'),7069983).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergyOfAReactionByAppealToSystemProperties'),7070007).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingTotalTabWithTip'),7070191).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCancelingOutFactorsDenominatorAndNumerator'),7069936).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCancelingOutFactorsNumeratorAndDenominator'),7069937).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCommutingTwoMathematicalExpressions'),7070156).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelyEvaluatingAMathematicalExpressionTopLevel'),7069965).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionNoOpCase'),7069930).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionVariableBindingsKnown'),7069829).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionVariablesButNoVariableBindings'),7069849).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantityMixed'),7069805).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantitySimpleIntegerComponent'),7069912).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantitySimpleNoIntegerComponent'),7070162).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalValueToAPercentageValue'),7070142).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAFractionalNumberOrQuantityMixedToADecimal'),7069780).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAFractionalNumberOrQuantitySimpleToADecimal'),7070107).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAMixedFractionToAnEquivalentMixedFractionIncreasingFractionalPart'),7069818).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAnIntegerToAnEquivalentMixedFraction'),7069786).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAPercentageValueToADecimalValue'),7069953).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAPercentageValueToASimpleFraction'),7069918).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingASimpleFractionToAPercentageValue'),7069971).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingToAnEquivalentFraction'),7070166).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCorrectingErrorOfDeemingIrrelevantQuantityRelevant'),7070130).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorFirstTermUnknownAndFirstRatioGreater'),7070128).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorFirstTermUnknownAndSecondRatioGreater'),7070214).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorSecondTermUnknownAndFirstRatioGreater'),7070224).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorSecondTermUnknownAndSecondRatioGreater'),7070202).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionIntoAnExpressionLeft'),7070083).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionIntoAnExpressionRight'),7069910).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionOutOfAnExpressionLeft'),7069920).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionOutOfAnExpressionRight'),7069922).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDividend'),7070005).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisor'),7070023).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDividendAndDivisorEqualLength'),7069837).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDividendLonger'),7070038).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDivisorLonger'),7069797).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedAndSimpleFractionsMixedDividend'),7069855).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedAndSimpleFractionsMixedDivisor'),7069945).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDividend'),7069873).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDivisor'),7069867).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDivisorAndDividend'),7069825).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDividend'),7070017).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDivisor'),7070140).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDivisorAndDividend'),7070160).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingTwoScalarPointValues'),7069771).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingTwoScalarPointValues'),7069904).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsComplexCase'),7070220).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsMultiplesCase'),7070174).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsNoOpCase'),7069857).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAPercentageOfAnIntegerBaseAmount'),7070042).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAReciprocal'),7069839).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAUnitRate'),7070228).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingTheReciprocalOfAnInteger'),7070138).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingTheReciprocalOfASimpleFraction'),7070003).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),7069710).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),7069999).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),7069707).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),7070015).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),7069716).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),7070230).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMovingADecimalPointLeftward'),7070034).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMovingADecimalPointRightward'),7070036).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingADecimalAndAnInteger'),7070154).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAMixedFractionAndASimpleFraction'),7069778).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerAndAMixedFraction'),7070132).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAScalarPointValueByOne'),7070168).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAScalarPointValueByZero'),7070115).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingMultiDigitIntegers'),7069885).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingOneByAScalarPointValue'),7070150).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingSmallIntegers'),7069987).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoDecimals'),7070113).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoMixedFractions'),7070059).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoScalarPointValues'),7069769).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoScalarPointValues'),7070176).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingZeroByAScalarPointValue'),7070119).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndAMixedFraction'),7070021).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndAnInteger'),7069843).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndASimpleFraction'),7070077).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoDecimals'),7070144).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoIntegers'),7070071).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoMixedFractionsEqualIntegerComponent'),7070029).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoMixedFractionsUnequalIntegerComponent'),7069955).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoSimpleFractions'),7069898).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoSimpleFractionsCommonDenominators'),7069811).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actPerformingAnOperationOnBothSidesOfAMathStatement'),7070121).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actPlacingADecimalPoint'),7069924).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingACoefficientViaMultiplicationOrDivision'),7070123).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingADecimalPoint'),7070081).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingOneTermViaAdditionOrSubtraction'),7070085).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRenamingAnIntegerToAnEqualSimpleFractionWithDenominatorOtherThan1'),7069820).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRenamingAnIntegerToASimpleFractionWithDenominator1'),7069847).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRepresentingARatioAsASimpleFraction'),7069799).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRepresentingASimpleFractionAsARatio'),7070206).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRespondingToAVaguePlantingOfRedFlagUserAction'),7070095).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRespondingToFeedbackAboutMissedQuantities'),7069914).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actScalingDownARatio'),7069896).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actScalingUpARatio'),7070117).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSelectingASubExpressionToSimplify'),7069871).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToMixedOnly'),7070146).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAFractionNoOpCase'),7070065).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAMixedNumberDroppingZero'),7069851).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingBothSidesOfAMathStatement'),7069943).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSolvingAUnivariateLinearEquation'),7069908).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubstitutingTheBindingForOneVariable'),7069813).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingAMixedFractionFromAnInteger'),7070063).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingAnIntegerFromASimpleFraction'),7069991).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingASimpleFractionFromAnInteger'),7070001).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersLargerValueFromSmallerValue'),7070031).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersNumberFromItself'),7070186).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersSingleDigitFromLargerValue'),7069859).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersSmallerValueFromLargerValue'),7070050).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingMixedFractionsFractionalPartOfMinuendGreaterOrEqual'),7069835).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingMixedFractionsFractionalPartOfMinuendLess'),7070019).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingSimpleFractions'),7070180).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingSimpleFractionsWithCommonDenominators'),7070218).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValues'),7069772).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValues'),7069892).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValuesNumberFromItself'),7070158).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actTransformingAMathExpressionUsingAssociationLeft'),7069963).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actTransformingAMathExpressionUsingAssociationRight'),7069975).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelyEvaluatingAMathematicalExpression'),7069827).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelySimplifyingAMathExpression'),7069906).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelySimplifyingAMathExpressionFractionalexpression'),7069989).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneAdditionSubExpression'),7069995).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneDivisionSubExpression'),7070103).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneEnclosedSubExpression'),7069967).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneMultiplicationSubExpression'),7070048).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneSubExpression'),7070109).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneSubtractionSubExpression'),7069784).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftSimplifyingAnEnclosedSubExpression'),7070079).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftSimplifyingASubExpression'),7070212).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actCheckingAnswerToProblemOfTypeFn','cwSolveLinearEquationOfOneVariableProblem')),7069993).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tParallelogram')),7070099).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tRectangle')),7069985).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tTrapezoid')),7070013).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tTriangle')),7070009).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tPentagon')),7070136).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tQuadrilateral')),7070069).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tTriangle')),7070046).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tRectangularParallelepiped')),7069861).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tRightCylinder')),7069879).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tWedge')),7070134).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tPyramidRectangularBase')),7069803).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRectangularParallelepiped')),7070011).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRightCircularCone')),7069845).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRightCylinder')),7069916).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tTetrahedron')),7069841).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tWedge')),7069926).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',0)),7069709).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',0)),7069869).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',1)),7069712).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',1)),7069997).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',2)),7069713).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',2)),7070027).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',3)),7069706).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',3)),7069981).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',4)),7069711).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',4)),7070164).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',1)),7069973).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',2)),7069705).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',2)),7069961).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',3)),7069715).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',3)),7070216).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',4)),7069714).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',4)),7070232).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actMultiplyingNumberOrQuantityTypesFn','vtFractionalNumberOrQuantitySimple','vtScalarIntegralValue')),7069932).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actSolvingEventTypeForProblemFn','iBELLAProblemPlaceholder')),7069928).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwMathWordProblem')),7069708).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwMathWordProblem')),7070111).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwSimplifyExpressionMathProblem')),7069720).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwSimplifyExpressionMathProblem')),7070053).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventReflectingFigureTypeFn','tTriangle')),7069959).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventRotatingFigureTypeFn','tTriangle')),7070210).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventTranslatingFigureTypeFn','tTriangle')),7069979).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingIntegersLongOrWithCarrying',1),7069788).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingIntegersSingleDigitToAnything',1),7070073).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractions',2),7069957).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractions',3),7070222).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionsWithCommonDenominators',1),7069865).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionToSimpleFraction',1),7069833).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionToSimpleFraction',2),7069807).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionsWithCommonDenominator',1),7069900).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionToMixedFraction',1),7069793).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionToMixedFraction',2),7069888).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionNoVariables',1),7070025).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingAMixedFractionToASimpleFraction',1),7070044).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingASimpleFractionToAMixedFraction',1),7070152).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDeterminingTheRelationBetweenAdditionExpressions',1),7069883).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDeterminingTheRelationBetweenExpressionsViaEvaluation',1),7070184).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDoingColumnarAddition',1),7069782).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsMultiplesCase',1),7070075).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',1),7070148).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',2),7069822).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',3),7069815).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionWithRemainder',1),7070182).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actFindingAGreatestCommonFactor',1),7069809).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actFindingAGreatestCommonFactor',2),7069801).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actMultiplyingAnIntegerByASimpleFraction',1),7070170).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actMultiplyingTwoSimpleFractions',3),7069934).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actReorderingOperandsToGroupLikeTerms',1),7070226).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionalOperand',1),7069791).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToWhole',1),7070093).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToWhole',2),7070105).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionReducingOnly',1),7069831).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionReducingOnly',2),7069881).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAMixedNumberWithImproperFractionalPart',1),7070061).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAnImproperFractionReduceAndConvertToMixed',1),7070101).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathProblem',1),7069877).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathWordProblem',1),7069717).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathWordProblem',1),7069977).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAProblem',1),7070193).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingAMixedFractionFromASimpleFraction',1),7070057).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingAnIntegerFromAMixedFraction',1),7069902).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingASimpleFractionFromAMixedFraction',1),7070055).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingMixedFractions',1),7070204).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSummingAColumnOfDigits',1),7069863).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelyEvaluatingATwoArgDivisionExpression',2),7070208).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelyEvaluatingATwoArgMultiplicationExpression',1),7070067).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelySimplifyingATwoArgDivisionExpression',1),7069949).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelySimplifyingATwoArgDivisionExpression',2),7476571).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftSimplifyingAnEvaluatableSubExpression',1),7070200).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionAfterSubstitutingMathProblem'),1),7069890).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),7069719).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),7070097).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwExpressionComparisonProblem'),1),7070178).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwQuantitativeRelationshipMathProblem'),1),7070189).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwSimplifyExpressionMathProblem'),1),7069718).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwSimplifyExpressionMathProblem'),1),7069795).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwEvaluateExpressionAfterSubstitutingMathProblem'),1),7069894).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarAdditionTest0004_1','iVersionOfElleForColumnarAdditionTest0004_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),7069951).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1','iDefaultModelForProvidingTheAnswerToAMathProblem',7430923).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingAnIntegerAndAFraction'),7431215).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingAnIntegerAndAMixedFraction'),7431333).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingASimpleFractionAndAnInteger'),7431289).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingIntegersLongOrWithCarryingWithCalculator'),7431369).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingIntegersShortAndWithoutCarrying'),7431365).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingSimpleFractions'),7431376).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingTwoScalarPointValues'),7431011).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingTwoScalarPointValues'),7431096).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergy'),7431453).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergyOfAReactionByAppealToInitialAndFinalSystemStates'),7431307).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergyOfAReactionByAppealToSystemProperties'),7431382).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingTotalTabWithTip'),7431361).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCancelingOutFactorsDenominatorAndNumerator'),7431055).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCancelingOutFactorsNumeratorAndDenominator'),7431056).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCommutingTwoMathematicalExpressions'),7431189).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelyEvaluatingAMathematicalExpressionTopLevel'),7431277).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionNoOpCase'),7431227).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionVariableBindingsKnown'),7431287).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionVariablesButNoVariableBindings'),7431327).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantityMixed'),7431066).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantitySimpleIntegerComponent'),7431261).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantitySimpleNoIntegerComponent'),7431140).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalValueToAPercentageValue'),7431134).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAFractionalNumberOrQuantityMixedToADecimal'),7431128).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAFractionalNumberOrQuantitySimpleToADecimal'),7431108).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAMixedFractionToAnEquivalentMixedFractionIncreasingFractionalPart'),7431319).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAnIntegerToAnEquivalentMixedFraction'),7431124).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAPercentageValueToADecimalValue'),7431337).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAPercentageValueToASimpleFraction'),7431253).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingASimpleFractionToAPercentageValue'),7431461).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCorrectingErrorOfDeemingIrrelevantQuantityRelevant'),7431217).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorFirstTermUnknownAndFirstRatioGreater'),7431213).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorFirstTermUnknownAndSecondRatioGreater'),7431225).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorSecondTermUnknownAndFirstRatioGreater'),7431239).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorSecondTermUnknownAndSecondRatioGreater'),7431309).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionIntoAnExpressionLeft'),7431037).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionIntoAnExpressionRight'),7431273).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionOutOfAnExpressionLeft'),7431247).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionOutOfAnExpressionRight'),7431251).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDividend'),7431430).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisor'),7431355).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDividendAndDivisorEqualLength'),7431392).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDividendLonger'),7431440).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDivisorLonger'),7431279).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedAndSimpleFractionsMixedDividend'),7431219).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedAndSimpleFractionsMixedDivisor'),7431241).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDividend'),7431311).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDivisor'),7431339).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDivisorAndDividend'),7431291).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDividend'),7431402).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDivisor'),7431201).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDivisorAndDividend'),7431185).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingTwoScalarPointValues'),7431012).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingTwoScalarPointValues'),7431414).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsComplexCase'),7431341).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsMultiplesCase'),7431455).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsNoOpCase'),7431428).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAPercentageOfAnIntegerBaseAmount'),7431445).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAReciprocal'),7431396).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAUnitRate'),7431229).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingTheReciprocalOfAnInteger'),7431207).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingTheReciprocalOfASimpleFraction'),7431390).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),7430909).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),7431374).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),7430910).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),7431343).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),7430917).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),7431317).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMovingADecimalPointLeftward'),7431372).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMovingADecimalPointRightward'),7431367).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingADecimalAndAnInteger'),7431181).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAMixedFractionAndASimpleFraction'),7431130).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerAndADecimal'),7431039).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerAndAMixedFraction'),7431177).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerByASimpleFraction'),7431295).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAScalarPointValueByOne'),7431132).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAScalarPointValueByZero'),7431197).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingMultiDigitIntegers'),7431442).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingOneByAScalarPointValue'),7431203).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingSmallIntegers'),7431378).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoDecimals'),7431255).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoMixedFractions'),7431166).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoScalarPointValues'),7431010).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoScalarPointValues'),7431459).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingZeroByAScalarPointValue'),7431193).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndAMixedFraction'),7431347).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndAnInteger'),7431388).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndASimpleFraction'),7431027).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoDecimals'),7431205).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoIntegers'),7431154).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoMixedFractionsEqualIntegerComponent'),7431363).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoMixedFractionsUnequalIntegerComponent'),7431449).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoSimpleFractions'),7431410).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoSimpleFractionsCommonDenominators'),7431064).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actPerformingAnOperationOnBothSidesOfAMathStatement'),7431195).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actPlacingADecimalPoint'),7431269).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingACoefficientViaMultiplicationOrDivision'),7431172).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingADecimalPoint'),7431021).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingOneTermViaAdditionOrSubtraction'),7431029).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRenamingAnIntegerToAnEqualSimpleFractionWithDenominatorOtherThan1'),7431297).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRenamingAnIntegerToASimpleFractionWithDenominator1'),7431331).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRepresentingARatioAsASimpleFraction'),7431301).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRepresentingASimpleFractionAsARatio'),7431271).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRespondingToAVaguePlantingOfRedFlagUserAction'),7431112).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRespondingToFeedbackAboutMissedQuantities'),7431265).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actScalingDownARatio'),7431074).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actScalingUpARatio'),7431199).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSelectingASubExpressionToSimplify'),7431315).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToMixedOnly'),7431158).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAFractionNoOpCase'),7431106).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAMixedNumberDroppingZero'),7431170).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingBothSidesOfAMathStatement'),7431211).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSolvingAUnivariateLinearEquation'),7431183).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubstitutingTheBindingForOneVariable'),7431323).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingAMixedFractionFromAnInteger'),7431146).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingAnIntegerFromASimpleFraction'),7431299).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingASimpleFractionFromAnInteger'),7431426).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersLargerValueFromSmallerValue'),7431080).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersNumberFromItself'),7431041).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersSingleDigitFromLargerValue'),7431432).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersSmallerValueFromLargerValue'),7431050).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingMixedFractionsFractionalPartOfMinuendGreaterOrEqual'),7431404).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingMixedFractionsFractionalPartOfMinuendLess'),7431351).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingSimpleFractions'),7431467).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingSimpleFractionsWithCommonDenominators'),7431353).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValues'),7431013).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValues'),7431406).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValuesNumberFromItself'),7431092).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actTransformingAMathExpressionUsingAssociationLeft'),7431469).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actTransformingAMathExpressionUsingAssociationRight'),7431416).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelyEvaluatingAMathematicalExpression'),7431305).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelySimplifyingAMathExpression'),7431191).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelySimplifyingAMathExpressionFractionalexpression'),7431412).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneAdditionSubExpression'),7431386).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneDivisionSubExpression'),7431120).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneEnclosedSubExpression'),7431457).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneMultiplicationSubExpression'),7431116).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneSubExpression'),7431249).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneSubtractionSubExpression'),7431070).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftSimplifyingAnEnclosedSubExpression'),7431019).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftSimplifyingASubExpression'),7431259).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actCheckingAnswerToProblemOfTypeFn','cwSolveLinearEquationOfOneVariableProblem')),7431434).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tParallelogram')),7431023).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tRectangle')),7431408).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tTrapezoid')),7431394).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tTriangle')),7431025).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tPentagon')),7431168).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tQuadrilateral')),7431144).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tTriangle')),7431162).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tRectangularParallelepiped')),7431418).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tRightCylinder')),7431094).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tWedge')),7431179).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tPyramidRectangularBase')),7431275).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRectangularParallelepiped')),7431398).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRightCircularCone')),7431223).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRightCylinder')),7431187).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tTetrahedron')),7431384).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tWedge')),7431237).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',0)),7430915).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',0)),7431335).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',1)),7430916).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',1)),7431438).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',2)),7430914).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',2)),7431359).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',3)),7430912).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',3)),7431420).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',4)),7430911).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',4)),7431209).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',1)),7431303).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',2)),7430918).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',2)),7431329).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',3)),7430908).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',3)),7431221).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',4)),7430907).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',4)),7431321).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actMultiplyingNumberOrQuantityTypesFn','vtFractionalNumberOrQuantitySimple','vtScalarIntegralValue')),7431257).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actSolvingEventTypeForProblemFn','iBELLAProblemPlaceholder')),7431231).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwMathWordProblem')),7430913).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwMathWordProblem')),7431245).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwSimplifyExpressionMathProblem')),7430922).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwSimplifyExpressionMathProblem')),7431164).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventReflectingFigureTypeFn','tTriangle')),7431465).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventRotatingFigureTypeFn','tTriangle')),7431263).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventTranslatingFigureTypeFn','tTriangle')),7431293).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingIntegersLongOrWithCarrying',1),7431085).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingIntegersSingleDigitToAnything',1),7431136).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractions',2),7431285).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractions',3),7431243).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionsWithCommonDenominators',1),7431422).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionToSimpleFraction',1),7431400).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionToSimpleFraction',2),7431068).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionsWithCommonDenominator',1),7431098).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionToMixedFraction',1),7431062).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionToMixedFraction',2),7431436).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionNoVariables',1),7431235).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingAMixedFractionToASimpleFraction',1),7431156).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingASimpleFractionToAMixedFraction',1),7431152).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingToAnEquivalentFraction',1),7431424).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDeterminingTheRelationBetweenAdditionExpressions',1),7431447).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDeterminingTheRelationBetweenExpressionsViaEvaluation',1),7431345).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDoingColumnarAddition',1),7447153).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsMultiplesCase',1),7431150).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',1),7431148).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',2),7431044).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',3),7431047).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionWithRemainder',1),7431471).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actFindingAGreatestCommonFactor',1),7431118).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actFindingAGreatestCommonFactor',2),7431126).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actMultiplyingTwoSimpleFractions',3),7431053).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actReorderingOperandsToGroupLikeTerms',1),7431233).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionalOperand',1),7431088).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToWhole',1),7431114).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToWhole',2),7431110).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionReducingOnly',1),7431283).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionReducingOnly',2),7431451).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAMixedNumberWithImproperFractionalPart',1),7431142).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAnImproperFractionReduceAndConvertToMixed',1),7431122).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathProblem',1),7431078).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathWordProblem',1),7430919).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathWordProblem',1),7431281).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAProblem',1),7431357).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingAMixedFractionFromASimpleFraction',1),7431160).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingAnIntegerFromAMixedFraction',1),7431090).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingASimpleFractionFromAMixedFraction',1),7431104).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingMixedFractions',1),7431313).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSummingAColumnOfDigits',1),7447151).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelyEvaluatingATwoArgDivisionExpression',2),7431267).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelyEvaluatingATwoArgMultiplicationExpression',1),7431100).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelySimplifyingATwoArgDivisionExpression',1),7431325).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelySimplifyingATwoArgDivisionExpression',2),7476693).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftSimplifyingAnEvaluatableSubExpression',1),7431380).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionAfterSubstitutingMathProblem'),1),7431072).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),7430921).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),7431102).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwExpressionComparisonProblem'),1),7431463).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwQuantitativeRelationshipMathProblem'),1),7431349).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwSimplifyExpressionMathProblem'),1),7430920).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwSimplifyExpressionMathProblem'),1),7431083).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwEvaluateExpressionAfterSubstitutingMathProblem'),1),7431076).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_1','iVersionOfElleForColumnarDecimalAddition0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),7431138).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2','iDefaultModelForProvidingTheAnswerToAMathProblem',7466938).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingAnIntegerAndAFraction'),7467197).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingAnIntegerAndAMixedFraction'),7467315).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingASimpleFractionAndAnInteger'),7467271).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingIntegersLongOrWithCarryingWithCalculator'),7467351).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingIntegersShortAndWithoutCarrying'),7467347).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingSimpleFractions'),7467358).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingTwoScalarPointValues'),7466989).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingTwoScalarPointValues'),7467078).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergy'),7467435).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergyOfAReactionByAppealToInitialAndFinalSystemStates'),7467289).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergyOfAReactionByAppealToSystemProperties'),7467364).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingTotalTabWithTip'),7467343).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actCancelingOutFactorsDenominatorAndNumerator'),7467037).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actCancelingOutFactorsNumeratorAndDenominator'),7467038).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actCommutingTwoMathematicalExpressions'),7467171).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelyEvaluatingAMathematicalExpressionTopLevel'),7467259).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionNoOpCase'),7467209).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionVariableBindingsKnown'),7467269).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionVariablesButNoVariableBindings'),7467309).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantityMixed'),7467048).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantitySimpleIntegerComponent'),7467243).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantitySimpleNoIntegerComponent'),7467122).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalValueToAPercentageValue'),7467116).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAFractionalNumberOrQuantityMixedToADecimal'),7467110).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAFractionalNumberOrQuantitySimpleToADecimal'),7467090).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAMixedFractionToAnEquivalentMixedFractionIncreasingFractionalPart'),7467301).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAnIntegerToAnEquivalentMixedFraction'),7467106).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAPercentageValueToADecimalValue'),7467319).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAPercentageValueToASimpleFraction'),7467235).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingASimpleFractionToAPercentageValue'),7467443).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actCorrectingErrorOfDeemingIrrelevantQuantityRelevant'),7467199).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorFirstTermUnknownAndFirstRatioGreater'),7467195).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorFirstTermUnknownAndSecondRatioGreater'),7467207).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorSecondTermUnknownAndFirstRatioGreater'),7467221).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorSecondTermUnknownAndSecondRatioGreater'),7467291).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionIntoAnExpressionLeft'),7467015).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionIntoAnExpressionRight'),7467255).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionOutOfAnExpressionLeft'),7467229).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionOutOfAnExpressionRight'),7467233).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDividend'),7467412).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisor'),7467337).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDividendAndDivisorEqualLength'),7467374).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDividendLonger'),7467422).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDivisorLonger'),7467261).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedAndSimpleFractionsMixedDividend'),7467201).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedAndSimpleFractionsMixedDivisor'),7467223).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDividend'),7467293).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDivisor'),7467321).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDivisorAndDividend'),7467273).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDividend'),7467384).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDivisor'),7467183).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDivisorAndDividend'),7467167).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingTwoScalarPointValues'),7466990).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingTwoScalarPointValues'),7467396).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsComplexCase'),7467323).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsMultiplesCase'),7467437).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsNoOpCase'),7467410).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAPercentageOfAnIntegerBaseAmount'),7467427).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAReciprocal'),7467378).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAUnitRate'),7467211).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingTheReciprocalOfAnInteger'),7467189).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingTheReciprocalOfASimpleFraction'),7467372).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),7466924).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),7467356).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),7466925).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),7467325).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),7466932).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),7467299).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMovingADecimalPointLeftward'),7467354).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMovingADecimalPointRightward'),7467349).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingADecimalAndAnInteger'),7467163).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAMixedFractionAndASimpleFraction'),7467112).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerAndADecimal'),7467017).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerAndAMixedFraction'),7467159).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerByASimpleFraction'),7467277).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAScalarPointValueByOne'),7467114).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAScalarPointValueByZero'),7467179).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingMultiDigitIntegers'),7467424).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingOneByAScalarPointValue'),7467185).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingSmallIntegers'),7467360).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoDecimals'),7467237).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoMixedFractions'),7467148).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoScalarPointValues'),7466988).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoScalarPointValues'),7467441).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingZeroByAScalarPointValue'),7467175).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndAMixedFraction'),7467329).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndAnInteger'),7467370).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndASimpleFraction'),7467005).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoDecimals'),7467187).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoIntegers'),7467136).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoMixedFractionsEqualIntegerComponent'),7467345).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoMixedFractionsUnequalIntegerComponent'),7467431).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoSimpleFractions'),7467392).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoSimpleFractionsCommonDenominators'),7467046).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actPerformingAnOperationOnBothSidesOfAMathStatement'),7467177).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actPlacingADecimalPoint'),7467251).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingACoefficientViaMultiplicationOrDivision'),7467154).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingADecimalPoint'),7466999).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingOneTermViaAdditionOrSubtraction'),7467007).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actRenamingAnIntegerToAnEqualSimpleFractionWithDenominatorOtherThan1'),7467279).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actRenamingAnIntegerToASimpleFractionWithDenominator1'),7467313).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actRepresentingARatioAsASimpleFraction'),7467283).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actRepresentingASimpleFractionAsARatio'),7467253).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actRespondingToAVaguePlantingOfRedFlagUserAction'),7467094).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actRespondingToFeedbackAboutMissedQuantities'),7467247).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actScalingDownARatio'),7467056).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actScalingUpARatio'),7467181).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSelectingASubExpressionToSimplify'),7467297).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToMixedOnly'),7467140).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAFractionNoOpCase'),7467088).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAMixedNumberDroppingZero'),7467152).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingBothSidesOfAMathStatement'),7467193).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSolvingAUnivariateLinearEquation'),7467165).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubstitutingTheBindingForOneVariable'),7467305).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingAMixedFractionFromAnInteger'),7467128).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingAnIntegerFromASimpleFraction'),7467281).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingASimpleFractionFromAnInteger'),7467408).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersLargerValueFromSmallerValue'),7467062).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersNumberFromItself'),7467019).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersSingleDigitFromLargerValue'),7467414).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersSmallerValueFromLargerValue'),7467032).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingMixedFractionsFractionalPartOfMinuendGreaterOrEqual'),7467386).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingMixedFractionsFractionalPartOfMinuendLess'),7467333).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingSimpleFractions'),7467449).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingSimpleFractionsWithCommonDenominators'),7467335).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValues'),7466991).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValues'),7467388).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValuesNumberFromItself'),7467074).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actTransformingAMathExpressionUsingAssociationLeft'),7467451).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actTransformingAMathExpressionUsingAssociationRight'),7467398).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelyEvaluatingAMathematicalExpression'),7467287).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelySimplifyingAMathExpression'),7467173).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelySimplifyingAMathExpressionFractionalexpression'),7467394).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneAdditionSubExpression'),7467368).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneDivisionSubExpression'),7467102).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneEnclosedSubExpression'),7467439).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneMultiplicationSubExpression'),7467098).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneSubExpression'),7467231).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneSubtractionSubExpression'),7467052).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','ftSimplifyingAnEnclosedSubExpression'),7466997).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','ftSimplifyingASubExpression'),7467241).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actCheckingAnswerToProblemOfTypeFn','cwSolveLinearEquationOfOneVariableProblem')),7467416).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tParallelogram')),7467001).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tRectangle')),7467390).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tTrapezoid')),7467376).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tTriangle')),7467003).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tPentagon')),7467150).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tQuadrilateral')),7467126).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tTriangle')),7467144).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tRectangularParallelepiped')),7467400).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tRightCylinder')),7467076).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tWedge')),7467161).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tPyramidRectangularBase')),7467257).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRectangularParallelepiped')),7467380).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRightCircularCone')),7467205).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRightCylinder')),7467169).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tTetrahedron')),7467366).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tWedge')),7467219).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',0)),7466930).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',0)),7467317).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',1)),7466931).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',1)),7467420).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',2)),7466929).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',2)),7467341).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',3)),7466927).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',3)),7467402).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',4)),7466926).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',4)),7467191).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',1)),7467285).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',2)),7466933).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',2)),7467311).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',3)),7466923).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',3)),7467203).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',4)),7466922).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',4)),7467303).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actMultiplyingNumberOrQuantityTypesFn','vtFractionalNumberOrQuantitySimple','vtScalarIntegralValue')),7467239).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actSolvingEventTypeForProblemFn','iBELLAProblemPlaceholder')),7467213).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwMathWordProblem')),7466928).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwMathWordProblem')),7467227).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwSimplifyExpressionMathProblem')),7466937).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwSimplifyExpressionMathProblem')),7467146).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventReflectingFigureTypeFn','tTriangle')),7467447).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventRotatingFigureTypeFn','tTriangle')),7467245).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventTranslatingFigureTypeFn','tTriangle')),7467275).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingIntegersLongOrWithCarrying',1),7467067).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingIntegersSingleDigitToAnything',1),7467118).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractions',2),7467267).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractions',3),7467225).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionsWithCommonDenominators',1),7467404).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionToSimpleFraction',1),7467382).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionToSimpleFraction',2),7467050).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionsWithCommonDenominator',1),7467080).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionToMixedFraction',1),7467044).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionToMixedFraction',2),7467418).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionNoVariables',1),7467217).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingAMixedFractionToASimpleFraction',1),7467138).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingASimpleFractionToAMixedFraction',1),7467134).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingToAnEquivalentFraction',1),7467406).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDeterminingTheRelationBetweenAdditionExpressions',1),7467429).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDeterminingTheRelationBetweenExpressionsViaEvaluation',1),7467327).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDoingColumnarAddition',1),7467024).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsMultiplesCase',1),7467132).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',1),7467130).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',2),7467026).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',3),7467029).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionWithRemainder',1),7467453).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actFindingAGreatestCommonFactor',1),7467100).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actFindingAGreatestCommonFactor',2),7467108).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actMultiplyingTwoSimpleFractions',3),7467035).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actReorderingOperandsToGroupLikeTerms',1),7467215).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionalOperand',1),7467070).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToWhole',1),7467096).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToWhole',2),7467092).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionReducingOnly',1),7467265).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionReducingOnly',2),7467433).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAMixedNumberWithImproperFractionalPart',1),7467124).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAnImproperFractionReduceAndConvertToMixed',1),7467104).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathProblem',1),7467060).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathWordProblem',1),7466934).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathWordProblem',1),7467263).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAProblem',1),7467339).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingAMixedFractionFromASimpleFraction',1),7467142).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingAnIntegerFromAMixedFraction',1),7467072).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingASimpleFractionFromAMixedFraction',1),7467086).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingMixedFractions',1),7467295).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSummingAColumnOfDigits',1),7467022).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelyEvaluatingATwoArgDivisionExpression',2),7467249).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelyEvaluatingATwoArgMultiplicationExpression',1),7467082).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelySimplifyingATwoArgDivisionExpression',1),7467307).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelySimplifyingATwoArgDivisionExpression',2),7476737).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftSimplifyingAnEvaluatableSubExpression',1),7467362).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionAfterSubstitutingMathProblem'),1),7467054).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),7466936).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),7467084).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwExpressionComparisonProblem'),1),7467445).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwQuantitativeRelationshipMathProblem'),1),7467331).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwSimplifyExpressionMathProblem'),1),7466935).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwSimplifyExpressionMathProblem'),1),7467065).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwEvaluateExpressionAfterSubstitutingMathProblem'),1),7467058).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_2','iVersionOfElleForColumnarDecimalAddition0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),7467120).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3','iDefaultModelForProvidingTheAnswerToAMathProblem',7473548).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingAnIntegerAndAFraction'),7473803).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingAnIntegerAndAMixedFraction'),7473921).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingASimpleFractionAndAnInteger'),7473877).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingIntegersLongOrWithCarryingWithCalculator'),7473959).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingIntegersShortAndWithoutCarrying'),7473955).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingSimpleFractions'),7473966).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingTwoScalarPointValues'),7473599).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingTwoScalarPointValues'),7473684).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergy'),7474045).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergyOfAReactionByAppealToInitialAndFinalSystemStates'),7473895).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergyOfAReactionByAppealToSystemProperties'),7473972).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingTotalTabWithTip'),7473951).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actCancelingOutFactorsDenominatorAndNumerator'),7473643).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actCancelingOutFactorsNumeratorAndDenominator'),7473644).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actCommutingTwoMathematicalExpressions'),7473777).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelyEvaluatingAMathematicalExpressionTopLevel'),7473865).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionNoOpCase'),7473815).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionVariableBindingsKnown'),7473875).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionVariablesButNoVariableBindings'),7473915).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantityMixed'),7473654).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantitySimpleIntegerComponent'),7473849).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantitySimpleNoIntegerComponent'),7473728).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalValueToAPercentageValue'),7473722).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAFractionalNumberOrQuantityMixedToADecimal'),7473716).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAFractionalNumberOrQuantitySimpleToADecimal'),7473696).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAMixedFractionToAnEquivalentMixedFractionIncreasingFractionalPart'),7473907).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAnIntegerToAnEquivalentMixedFraction'),7473712).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAPercentageValueToADecimalValue'),7473925).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAPercentageValueToASimpleFraction'),7473841).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingASimpleFractionToAPercentageValue'),7474053).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actCorrectingErrorOfDeemingIrrelevantQuantityRelevant'),7473805).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorFirstTermUnknownAndFirstRatioGreater'),7473801).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorFirstTermUnknownAndSecondRatioGreater'),7473813).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorSecondTermUnknownAndFirstRatioGreater'),7473827).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorSecondTermUnknownAndSecondRatioGreater'),7473897).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionIntoAnExpressionLeft'),7473625).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionIntoAnExpressionRight'),7473861).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionOutOfAnExpressionLeft'),7473835).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionOutOfAnExpressionRight'),7473839).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDividend'),7474022).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisor'),7473943).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDividendAndDivisorEqualLength'),7473984).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDividendLonger'),7474032).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDivisorLonger'),7473867).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedAndSimpleFractionsMixedDividend'),7473807).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedAndSimpleFractionsMixedDivisor'),7473829).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDividend'),7473899).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDivisor'),7473927).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDivisorAndDividend'),7473879).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDividend'),7473994).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDivisor'),7473789).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDivisorAndDividend'),7473773).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingTwoScalarPointValues'),7473600).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingTwoScalarPointValues'),7474006).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsComplexCase'),7473929).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsMultiplesCase'),7474047).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsNoOpCase'),7474020).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAPercentageOfAnIntegerBaseAmount'),7474037).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAReciprocal'),7473988).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAUnitRate'),7473817).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingTheReciprocalOfAnInteger'),7473795).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingTheReciprocalOfASimpleFraction'),7473980).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),7473534).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),7473964).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),7473535).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),7473931).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),7473542).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),7473905).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actMovingADecimalPointLeftward'),7473962).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actMovingADecimalPointRightward'),7473957).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingADecimalAndAnInteger'),7473769).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAMixedFractionAndASimpleFraction'),7473718).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerAndADecimal'),7473627).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerAndAMixedFraction'),7473765).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerByASimpleFraction'),7473881).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAScalarPointValueByOne'),7473720).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAScalarPointValueByZero'),7473785).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingMultiDigitIntegers'),7474034).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingOneByAScalarPointValue'),7473791).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingSmallIntegers'),7473968).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoDecimals'),7473843).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoMixedFractions'),7473754).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoScalarPointValues'),7473598).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoScalarPointValues'),7474051).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingZeroByAScalarPointValue'),7473781).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndAMixedFraction'),7473935).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndAnInteger'),7473978).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndASimpleFraction'),7473615).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoDecimals'),7473793).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoIntegers'),7473742).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoMixedFractionsEqualIntegerComponent'),7473953).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoMixedFractionsUnequalIntegerComponent'),7474041).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoSimpleFractions'),7474002).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoSimpleFractionsCommonDenominators'),7473652).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actPerformingAnOperationOnBothSidesOfAMathStatement'),7473783).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actPlacingADecimalPoint'),7473857).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingACoefficientViaMultiplicationOrDivision'),7473760).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingADecimalPoint'),7473609).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingOneTermViaAdditionOrSubtraction'),7473617).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actRenamingAnIntegerToAnEqualSimpleFractionWithDenominatorOtherThan1'),7473885).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actRenamingAnIntegerToASimpleFractionWithDenominator1'),7473919).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actRepresentingARatioAsASimpleFraction'),7473889).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actRepresentingASimpleFractionAsARatio'),7473859).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actRespondingToAVaguePlantingOfRedFlagUserAction'),7473700).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actRespondingToFeedbackAboutMissedQuantities'),7473853).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actScalingDownARatio'),7473662).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actScalingUpARatio'),7473787).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSelectingASubExpressionToSimplify'),7473903).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToMixedOnly'),7473746).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAFractionNoOpCase'),7473694).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAMixedNumberDroppingZero'),7473758).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingBothSidesOfAMathStatement'),7473799).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSolvingAUnivariateLinearEquation'),7473771).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubstitutingTheBindingForOneVariable'),7473911).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingAMixedFractionFromAnInteger'),7473734).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingAnIntegerFromASimpleFraction'),7473887).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingASimpleFractionFromAnInteger'),7474018).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersLargerValueFromSmallerValue'),7473666).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersNumberFromItself'),7473629).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersSingleDigitFromLargerValue'),7474024).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersSmallerValueFromLargerValue'),7473638).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingMixedFractionsFractionalPartOfMinuendGreaterOrEqual'),7473996).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingMixedFractionsFractionalPartOfMinuendLess'),7473939).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingSimpleFractions'),7474059).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingSimpleFractionsWithCommonDenominators'),7473941).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValues'),7473601).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValues'),7473998).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValuesNumberFromItself'),7473680).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actTransformingAMathExpressionUsingAssociationLeft'),7474061).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actTransformingAMathExpressionUsingAssociationRight'),7474008).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelyEvaluatingAMathematicalExpression'),7473893).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelySimplifyingAMathExpression'),7473779).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelySimplifyingAMathExpressionFractionalexpression'),7474004).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneAdditionSubExpression'),7473976).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneDivisionSubExpression'),7473708).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneEnclosedSubExpression'),7474049).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneMultiplicationSubExpression'),7473704).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneSubExpression'),7473837).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneSubtractionSubExpression'),7473658).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','ftSimplifyingAnEnclosedSubExpression'),7473607).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn','ftSimplifyingASubExpression'),7473847).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actCheckingAnswerToProblemOfTypeFn','cwSolveLinearEquationOfOneVariableProblem')),7474026).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tParallelogram')),7473611).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tRectangle')),7474000).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tTrapezoid')),7473986).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tTriangle')),7473613).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tPentagon')),7473756).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tQuadrilateral')),7473732).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tTriangle')),7473750).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tRectangularParallelepiped')),7474010).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tRightCylinder')),7473682).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tWedge')),7473767).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tPyramidRectangularBase')),7473863).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRectangularParallelepiped')),7473990).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRightCircularCone')),7473811).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRightCylinder')),7473775).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tTetrahedron')),7473974).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tWedge')),7473825).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',0)),7473540).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',0)),7473923).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',1)),7473541).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',1)),7474030).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',2)),7473539).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',2)),7473949).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',3)),7473537).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',3)),7474012).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',4)),7473536).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',4)),7473797).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',1)),7473891).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',2)),7473543).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',2)),7473917).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',3)),7473533).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',3)),7473809).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',4)),7473532).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',4)),7473909).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actMultiplyingNumberOrQuantityTypesFn','vtFractionalNumberOrQuantitySimple','vtScalarIntegralValue')),7473845).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actSolvingEventTypeForProblemFn','iBELLAProblemPlaceholder')),7473819).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwMathWordProblem')),7473538).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwMathWordProblem')),7473833).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwSimplifyExpressionMathProblem')),7473547).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwSimplifyExpressionMathProblem')),7473752).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventReflectingFigureTypeFn','tTriangle')),7474057).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventRotatingFigureTypeFn','tTriangle')),7473851).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventTranslatingFigureTypeFn','tTriangle')),7473883).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingIntegersLongOrWithCarrying',1),7473673).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingIntegersSingleDigitToAnything',1),7473726).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractions',2),7473873).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractions',3),7473831).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionsWithCommonDenominators',1),7474016).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionToSimpleFraction',1),7473992).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionToSimpleFraction',2),7473656).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionsWithCommonDenominator',1),7473686).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionToMixedFraction',1),7473650).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionToMixedFraction',2),7474028).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionNoVariables',1),7473821).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingAMixedFractionToASimpleFraction',1),7473744).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingASimpleFractionToAMixedFraction',1),7473740).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingToAnEquivalentFraction',1),7474014).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDeterminingTheRelationBetweenAdditionExpressions',1),7474039).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDeterminingTheRelationBetweenExpressionsViaEvaluation',1),7473933).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDoingColumnarAddition',1),7473982).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsMultiplesCase',1),7473738).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',1),7473736).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',2),7473632).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',3),7473635).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionWithRemainder',1),7474063).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actFindingAGreatestCommonFactor',1),7473706).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actFindingAGreatestCommonFactor',2),7473714).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actMultiplyingTwoSimpleFractions',3),7473641).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actReorderingOperandsToGroupLikeTerms',1),7473823).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionalOperand',1),7473676).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToWhole',1),7473702).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToWhole',2),7473698).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionReducingOnly',1),7473871).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionReducingOnly',2),7474043).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAMixedNumberWithImproperFractionalPart',1),7473730).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAnImproperFractionReduceAndConvertToMixed',1),7473710).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathProblem',1),7473669).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathWordProblem',1),7473544).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathWordProblem',1),7473869).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAProblem',1),7473947).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingAMixedFractionFromASimpleFraction',1),7473748).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingAnIntegerFromAMixedFraction',1),7473678).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingASimpleFractionFromAMixedFraction',1),7473692).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingMixedFractions',1),7473901).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSummingAColumnOfDigits',1),7473945).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelyEvaluatingATwoArgDivisionExpression',2),7473855).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelyEvaluatingATwoArgMultiplicationExpression',1),7473688).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelySimplifyingATwoArgDivisionExpression',1),7473913).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelySimplifyingATwoArgDivisionExpression',2),7476505).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftSimplifyingAnEvaluatableSubExpression',1),7473970).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionAfterSubstitutingMathProblem'),1),7473660).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),7473546).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),7473690).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwExpressionComparisonProblem'),1),7474055).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwQuantitativeRelationshipMathProblem'),1),7473937).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwSimplifyExpressionMathProblem'),1),7473545).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwSimplifyExpressionMathProblem'),1),7473671).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwEvaluateExpressionAfterSubstitutingMathProblem'),1),7473664).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_3','iVersionOfElleForColumnarDecimalAddition0001_3',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),7473724).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4','iDefaultModelForProvidingTheAnswerToAMathProblem',7474439).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingAnIntegerAndAFraction'),7474694).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingAnIntegerAndAMixedFraction'),7474812).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingASimpleFractionAndAnInteger'),7474768).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingIntegersLongOrWithCarryingWithCalculator'),7474850).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingIntegersShortAndWithoutCarrying'),7474846).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingSimpleFractions'),7474857).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingTwoScalarPointValues'),7474490).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingTwoScalarPointValues'),7474575).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergy'),7474936).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergyOfAReactionByAppealToInitialAndFinalSystemStates'),7474786).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergyOfAReactionByAppealToSystemProperties'),7474863).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingTotalTabWithTip'),7474842).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actCancelingOutFactorsDenominatorAndNumerator'),7474534).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actCancelingOutFactorsNumeratorAndDenominator'),7474535).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actCommutingTwoMathematicalExpressions'),7474668).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelyEvaluatingAMathematicalExpressionTopLevel'),7474756).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionNoOpCase'),7474706).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionVariableBindingsKnown'),7474766).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionVariablesButNoVariableBindings'),7474806).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantityMixed'),7474545).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantitySimpleIntegerComponent'),7474740).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantitySimpleNoIntegerComponent'),7474619).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalValueToAPercentageValue'),7474613).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAFractionalNumberOrQuantityMixedToADecimal'),7474607).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAFractionalNumberOrQuantitySimpleToADecimal'),7474587).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAMixedFractionToAnEquivalentMixedFractionIncreasingFractionalPart'),7474798).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAnIntegerToAnEquivalentMixedFraction'),7474603).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAPercentageValueToADecimalValue'),7474816).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAPercentageValueToASimpleFraction'),7474732).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingASimpleFractionToAPercentageValue'),7474944).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actCorrectingErrorOfDeemingIrrelevantQuantityRelevant'),7474696).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorFirstTermUnknownAndFirstRatioGreater'),7474692).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorFirstTermUnknownAndSecondRatioGreater'),7474704).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorSecondTermUnknownAndFirstRatioGreater'),7474718).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorSecondTermUnknownAndSecondRatioGreater'),7474788).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionIntoAnExpressionLeft'),7474516).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionIntoAnExpressionRight'),7474752).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionOutOfAnExpressionLeft'),7474726).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionOutOfAnExpressionRight'),7474730).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDividend'),7474913).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisor'),7474834).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDividendAndDivisorEqualLength'),7474875).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDividendLonger'),7474923).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDivisorLonger'),7474758).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedAndSimpleFractionsMixedDividend'),7474698).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedAndSimpleFractionsMixedDivisor'),7474720).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDividend'),7474790).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDivisor'),7474818).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDivisorAndDividend'),7474770).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDividend'),7474885).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDivisor'),7474680).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDivisorAndDividend'),7474664).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingTwoScalarPointValues'),7474491).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingTwoScalarPointValues'),7474897).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsComplexCase'),7474820).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsMultiplesCase'),7474938).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsNoOpCase'),7474911).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAPercentageOfAnIntegerBaseAmount'),7474928).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAReciprocal'),7474879).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAUnitRate'),7474708).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingTheReciprocalOfAnInteger'),7474686).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingTheReciprocalOfASimpleFraction'),7474871).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),7474425).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),7474855).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),7474426).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),7474822).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),7474433).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),7474796).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actMovingADecimalPointLeftward'),7474853).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actMovingADecimalPointRightward'),7474848).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingADecimalAndAnInteger'),7474660).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAMixedFractionAndASimpleFraction'),7474609).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerAndADecimal'),7474518).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerAndAMixedFraction'),7474656).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerByASimpleFraction'),7474772).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAScalarPointValueByOne'),7474611).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAScalarPointValueByZero'),7474676).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingMultiDigitIntegers'),7474925).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingOneByAScalarPointValue'),7474682).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingSmallIntegers'),7474859).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoDecimals'),7474734).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoMixedFractions'),7474645).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoScalarPointValues'),7474489).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoScalarPointValues'),7474942).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingZeroByAScalarPointValue'),7474672).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndAMixedFraction'),7474826).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndAnInteger'),7474869).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndASimpleFraction'),7474506).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoDecimals'),7474684).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoIntegers'),7474633).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoMixedFractionsEqualIntegerComponent'),7474844).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoMixedFractionsUnequalIntegerComponent'),7474932).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoSimpleFractions'),7474893).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoSimpleFractionsCommonDenominators'),7474543).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actPerformingAnOperationOnBothSidesOfAMathStatement'),7474674).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actPlacingADecimalPoint'),7474748).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingACoefficientViaMultiplicationOrDivision'),7474651).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingADecimalPoint'),7474500).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingOneTermViaAdditionOrSubtraction'),7474508).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actRenamingAnIntegerToAnEqualSimpleFractionWithDenominatorOtherThan1'),7474776).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actRenamingAnIntegerToASimpleFractionWithDenominator1'),7474810).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actRepresentingARatioAsASimpleFraction'),7474780).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actRepresentingASimpleFractionAsARatio'),7474750).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actRespondingToAVaguePlantingOfRedFlagUserAction'),7474591).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actRespondingToFeedbackAboutMissedQuantities'),7474744).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actScalingDownARatio'),7474553).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actScalingUpARatio'),7474678).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSelectingASubExpressionToSimplify'),7474794).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToMixedOnly'),7474637).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAFractionNoOpCase'),7474585).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAMixedNumberDroppingZero'),7474649).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingBothSidesOfAMathStatement'),7474690).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSolvingAUnivariateLinearEquation'),7474662).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubstitutingTheBindingForOneVariable'),7474802).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingAMixedFractionFromAnInteger'),7474625).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingAnIntegerFromASimpleFraction'),7474778).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingASimpleFractionFromAnInteger'),7474909).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersLargerValueFromSmallerValue'),7474557).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersNumberFromItself'),7474520).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersSingleDigitFromLargerValue'),7474915).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersSmallerValueFromLargerValue'),7474529).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingMixedFractionsFractionalPartOfMinuendGreaterOrEqual'),7474887).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingMixedFractionsFractionalPartOfMinuendLess'),7474830).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingSimpleFractions'),7474950).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingSimpleFractionsWithCommonDenominators'),7474832).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValues'),7474492).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValues'),7474889).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValuesNumberFromItself'),7474571).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actTransformingAMathExpressionUsingAssociationLeft'),7474952).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actTransformingAMathExpressionUsingAssociationRight'),7474899).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelyEvaluatingAMathematicalExpression'),7474784).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelySimplifyingAMathExpression'),7474670).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelySimplifyingAMathExpressionFractionalexpression'),7474895).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneAdditionSubExpression'),7474867).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneDivisionSubExpression'),7474599).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneEnclosedSubExpression'),7474940).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneMultiplicationSubExpression'),7474595).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneSubExpression'),7474728).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneSubtractionSubExpression'),7474549).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','ftSimplifyingAnEnclosedSubExpression'),7474498).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn','ftSimplifyingASubExpression'),7474738).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actCheckingAnswerToProblemOfTypeFn','cwSolveLinearEquationOfOneVariableProblem')),7474917).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tParallelogram')),7474502).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tRectangle')),7474891).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tTrapezoid')),7474877).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tTriangle')),7474504).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tPentagon')),7474647).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tQuadrilateral')),7474623).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tTriangle')),7474641).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tRectangularParallelepiped')),7474901).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tRightCylinder')),7474573).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tWedge')),7474658).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tPyramidRectangularBase')),7474754).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRectangularParallelepiped')),7474881).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRightCircularCone')),7474702).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRightCylinder')),7474666).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tTetrahedron')),7474865).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tWedge')),7474716).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',0)),7474431).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',0)),7474814).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',1)),7474432).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',1)),7474921).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',2)),7474430).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',2)),7474840).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',3)),7474428).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',3)),7474903).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',4)),7474427).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',4)),7474688).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',1)),7474782).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',2)),7474434).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',2)),7474808).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',3)),7474424).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',3)),7474700).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',4)),7474423).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',4)),7474800).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actMultiplyingNumberOrQuantityTypesFn','vtFractionalNumberOrQuantitySimple','vtScalarIntegralValue')),7474736).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actSolvingEventTypeForProblemFn','iBELLAProblemPlaceholder')),7474710).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwMathWordProblem')),7474429).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwMathWordProblem')),7474724).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwSimplifyExpressionMathProblem')),7474438).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwSimplifyExpressionMathProblem')),7474643).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventReflectingFigureTypeFn','tTriangle')),7474948).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventRotatingFigureTypeFn','tTriangle')),7474742).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventTranslatingFigureTypeFn','tTriangle')),7474774).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingIntegersLongOrWithCarrying',1),7474564).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingIntegersSingleDigitToAnything',1),7474617).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractions',2),7474764).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractions',3),7474722).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionsWithCommonDenominators',1),7474907).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionToSimpleFraction',1),7474883).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionToSimpleFraction',2),7474547).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionsWithCommonDenominator',1),7474577).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionToMixedFraction',1),7474541).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionToMixedFraction',2),7474919).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionNoVariables',1),7474712).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingAMixedFractionToASimpleFraction',1),7474635).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingASimpleFractionToAMixedFraction',1),7474631).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingToAnEquivalentFraction',1),7474905).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDeterminingTheRelationBetweenAdditionExpressions',1),7474930).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDeterminingTheRelationBetweenExpressionsViaEvaluation',1),7474824).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDoingColumnarAddition',1),7474873).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsMultiplesCase',1),7474629).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',1),7474627).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',2),7474523).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',3),7474526).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionWithRemainder',1),7474954).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actFindingAGreatestCommonFactor',1),7474597).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actFindingAGreatestCommonFactor',2),7474605).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actMultiplyingTwoSimpleFractions',3),7474532).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actReorderingOperandsToGroupLikeTerms',1),7474714).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionalOperand',1),7474567).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToWhole',1),7474593).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToWhole',2),7474589).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionReducingOnly',1),7474762).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionReducingOnly',2),7474934).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAMixedNumberWithImproperFractionalPart',1),7474621).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAnImproperFractionReduceAndConvertToMixed',1),7474601).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathProblem',1),7474560).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathWordProblem',1),7474435).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathWordProblem',1),7474760).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAProblem',1),7474838).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingAMixedFractionFromASimpleFraction',1),7474639).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingAnIntegerFromAMixedFraction',1),7474569).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingASimpleFractionFromAMixedFraction',1),7474583).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingMixedFractions',1),7474792).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSummingAColumnOfDigits',1),7474836).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelyEvaluatingATwoArgDivisionExpression',2),7474746).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelyEvaluatingATwoArgMultiplicationExpression',1),7474579).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelySimplifyingATwoArgDivisionExpression',1),7474804).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelySimplifyingATwoArgDivisionExpression',2),7476499).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftSimplifyingAnEvaluatableSubExpression',1),7474861).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionAfterSubstitutingMathProblem'),1),7474551).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),7474437).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),7474581).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwExpressionComparisonProblem'),1),7474946).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwQuantitativeRelationshipMathProblem'),1),7474828).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwSimplifyExpressionMathProblem'),1),7474436).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwSimplifyExpressionMathProblem'),1),7474562).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwEvaluateExpressionAfterSubstitutingMathProblem'),1),7474555).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarDecimalAddition0001_4','iVersionOfElleForColumnarDecimalAddition0001_4',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),7474615).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1','iDefaultModelForProvidingTheAnswerToAMathProblem',8165769).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingAnIntegerAndAFraction'),8165962).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingAnIntegerAndAMixedFraction'),8166284).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingASimpleFractionAndAnInteger'),8166290).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingIntegersLongOrWithCarryingWithCalculator'),8166031).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingIntegersShortAndWithoutCarrying'),8166029).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingSimpleFractions'),8166013).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingTwoScalarPointValues'),8165836).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingTwoScalarPointValues'),8166053).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergy'),8165880).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergyOfAReactionByAppealToInitialAndFinalSystemStates'),8166268).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergyOfAReactionByAppealToSystemProperties'),8166272).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingTotalTabWithTip'),8166025).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCancelingOutFactorsDenominatorAndNumerator'),8165935).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCancelingOutFactorsNumeratorAndDenominator'),8165936).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCommutingTwoMathematicalExpressions'),8166228).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelyEvaluatingAMathematicalExpressionTopLevel'),8166288).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionNoOpCase'),8165948).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionVariableBindingsKnown'),8165994).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionVariablesButNoVariableBindings'),8165972).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantityMixed'),8166171).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantitySimpleIntegerComponent'),8165923).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantitySimpleNoIntegerComponent'),8166236).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalValueToAPercentageValue'),8166232).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAFractionalNumberOrQuantityMixedToADecimal'),8166165).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAFractionalNumberOrQuantitySimpleToADecimal'),8166145).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAMixedFractionToAnEquivalentMixedFractionIncreasingFractionalPart'),8165976).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAnIntegerToAnEquivalentMixedFraction'),8166161).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAPercentageValueToADecimalValue'),8166282).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAPercentageValueToASimpleFraction'),8165944).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingASimpleFractionToAPercentageValue'),8165900).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCorrectingErrorOfDeemingIrrelevantQuantityRelevant'),8166187).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorFirstTermUnknownAndFirstRatioGreater'),8166189).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorFirstTermUnknownAndSecondRatioGreater'),8166183).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorSecondTermUnknownAndFirstRatioGreater'),8166298).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorSecondTermUnknownAndSecondRatioGreater'),8166304).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionIntoAnExpressionLeft'),8165844).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionIntoAnExpressionRight'),8165929).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionOutOfAnExpressionLeft'),8165931).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionOutOfAnExpressionRight'),8165942).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDividend'),8165858).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisor'),8166254).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDividendAndDivisorEqualLength'),8166002).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDividendLonger'),8165874).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDivisorLonger'),8165998).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedAndSimpleFractionsMixedDividend'),8165960).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedAndSimpleFractionsMixedDivisor'),8165956).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDividend'),8165980).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDivisor'),8165970).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDivisorAndDividend'),8165990).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDividend'),8166246).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDivisor'),8166218).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDivisorAndDividend'),8166222).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingTwoScalarPointValues'),8165837).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingTwoScalarPointValues'),8166070).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsComplexCase'),8166103).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsMultiplesCase'),8166087).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsNoOpCase'),8166074).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAPercentageOfAnIntegerBaseAmount'),8165876).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAReciprocal'),8166004).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAUnitRate'),8166294).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingTheReciprocalOfAnInteger'),8166244).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingTheReciprocalOfASimpleFraction'),8166252).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),8165760).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),8166276).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),8165762).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),8166260).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),8165753).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),8166308).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMovingADecimalPointLeftward'),8165886).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMovingADecimalPointRightward'),8165888).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingADecimalAndAnInteger'),8166224).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAMixedFractionAndASimpleFraction'),8166163).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerAndADecimal'),8165968).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerAndAMixedFraction'),8166200).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerByASimpleFraction'),8165868).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAScalarPointValueByOne'),8166230).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAScalarPointValueByZero'),8166214).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingMultiDigitIntegers'),8166084).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingOneByAScalarPointValue'),8166240).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingSmallIntegers'),8166274).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoDecimals'),8166206).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoMixedFractions'),8166127).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoScalarPointValues'),8165835).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoScalarPointValues'),8166097).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoSmallIntegersWithACarry'),8166204).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingZeroByAScalarPointValue'),8166226).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndAMixedFraction'),8166258).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndAnInteger'),8166021).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndASimpleFraction'),8165854).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoDecimals'),8166238).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoIntegers'),8166123).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoMixedFractionsEqualIntegerComponent'),8165882).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoMixedFractionsUnequalIntegerComponent'),8165878).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoSimpleFractions'),8166068).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoSimpleFractionsCommonDenominators'),8166169).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actPerformingAnOperationOnBothSidesOfAMathStatement'),8166216).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actPlacingADecimalPoint'),8165927).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingACoefficientViaMultiplicationOrDivision'),8166193).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingADecimalPoint'),8165870).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingOneTermViaAdditionOrSubtraction'),8165846).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRenamingAnIntegerToAnEqualSimpleFractionWithDenominatorOtherThan1'),8165992).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRenamingAnIntegerToASimpleFractionWithDenominator1'),8165974).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRepresentingARatioAsASimpleFraction'),8165986).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRepresentingASimpleFractionAsARatio'),8166175).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRespondingToAVaguePlantingOfRedFlagUserAction'),8166149).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRespondingToFeedbackAboutMissedQuantities'),8165925).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actScalingDownARatio'),8166036).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actScalingUpARatio'),8166220).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSelectingASubExpressionToSimplify'),8165982).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToMixedOnly'),8166119).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAFractionNoOpCase'),8166141).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAMixedNumberDroppingZero'),8165906).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingBothSidesOfAMathStatement'),8165964).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSolvingAUnivariateLinearEquation'),8165921).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubstitutingTheBindingForOneVariable'),8165978).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingAMixedFractionFromAnInteger'),8166115).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingAnIntegerFromASimpleFraction'),8166264).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingASimpleFractionFromAnInteger'),8165860).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersLargerValueFromSmallerValue'),8165914).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersNumberFromItself'),8166063).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersSingleDigitFromLargerValue'),8166080).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersSmallerValueFromLargerValue'),8166006).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingMixedFractionsFractionalPartOfMinuendGreaterOrEqual'),8166011).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingMixedFractionsFractionalPartOfMinuendLess'),8166256).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingSimpleFractions'),8166101).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingSimpleFractionsWithCommonDenominators'),8166109).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValues'),8165838).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValues'),8166066).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValuesNumberFromItself'),8166027).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actTransformingAMathExpressionUsingAssociationLeft'),8165904).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actTransformingAMathExpressionUsingAssociationRight'),8165894).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelyEvaluatingAMathematicalExpression'),8165988).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelySimplifyingAMathExpression'),8165917).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelySimplifyingAMathExpressionFractionalexpression'),8165892).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneAdditionSubExpression'),8166270).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneDivisionSubExpression'),8166157).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneEnclosedSubExpression'),8165898).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneMultiplicationSubExpression'),8166153).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneSubExpression'),8166210).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneSubtractionSubExpression'),8166040).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftSimplifyingAnEnclosedSubExpression'),8165872).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftSimplifyingASubExpression'),8166181).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actCheckingAnswerToProblemOfTypeFn','cwSolveLinearEquationOfOneVariableProblem')),8165864).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tParallelogram')),8165866).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tRectangle')),8165890).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tTrapezoid')),8166250).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tTriangle')),8165856).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tPentagon')),8166191).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tQuadrilateral')),8166117).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tTriangle')),8166131).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tRectangularParallelepiped')),8166072).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tRightCylinder')),8166057).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tWedge')),8166202).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tPyramidRectangularBase')),8166000).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRectangularParallelepiped')),8166248).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRightCircularCone')),8165958).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRightCylinder')),8165919).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tTetrahedron')),8166019).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tWedge')),8165954).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',0)),8165754).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',0)),8165966).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',1)),8165764).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',1)),8165862).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',2)),8165763).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',2)),8165884).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',3)),8165761).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',3)),8165896).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',4)),8165758).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',4)),8166242).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',1)),8166266).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',2)),8165756).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',2)),8166278).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',3)),8165759).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',3)),8166185).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',4)),8165757).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',4)),8166306).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actMultiplyingNumberOrQuantityTypesFn','vtFractionalNumberOrQuantitySimple','vtScalarIntegralValue')),8165946).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actSolvingEventTypeForProblemFn','iBELLAProblemPlaceholder')),8165952).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwMathWordProblem')),8165755).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwMathWordProblem')),8166212).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwSimplifyExpressionMathProblem')),8165768).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwSimplifyExpressionMathProblem')),8166129).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventReflectingFigureTypeFn','tTriangle')),8165902).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventRotatingFigureTypeFn','tTriangle')),8166179).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventTranslatingFigureTypeFn','tTriangle')),8166262).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingIntegersLongOrWithCarrying',1),8166044).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingIntegersSingleDigitToAnything',1),8166234).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractions',2),8166292).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractions',3),8166300).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionsWithCommonDenominators',1),8166076).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionToSimpleFraction',1),8166009).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionToSimpleFraction',2),8166173).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionsWithCommonDenominator',1),8166051).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionToMixedFraction',1),8166167).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionToMixedFraction',2),8166078).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionNoVariables',1),8165950).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingAMixedFractionToASimpleFraction',1),8166121).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingASimpleFractionToAMixedFraction',1),8166125).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingToAnEquivalentFraction',1),8166055).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDeterminingTheRelationBetweenAdditionExpressions',1),8166082).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDeterminingTheRelationBetweenExpressionsViaEvaluation',1),8166105).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDoingColumnarAddition',1),8166089).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDoingColumnarMultiplication',1),8166208).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsMultiplesCase',1),8166111).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',1),8166113).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',2),8165908).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',3),8165911).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionWithRemainder',1),8166099).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actFindingAGreatestCommonFactor',1),8166151).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actFindingAGreatestCommonFactor',2),8166159).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actMultiplyingADigitAndNumber',1),8166198).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actMultiplyingTwoSimpleFractions',3),8165933).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actReorderingOperandsToGroupLikeTerms',1),8166296).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionalOperand',1),8166042).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToWhole',1),8166147).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToWhole',2),8166143).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionReducingOnly',1),8165996).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionReducingOnly',2),8166091).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAMixedNumberWithImproperFractionalPart',1),8166059).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAnImproperFractionReduceAndConvertToMixed',1),8166155).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathProblem',1),8166049).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathWordProblem',1),8165765).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathWordProblem',1),8166286).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAProblem',1),8166023).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingAMixedFractionFromASimpleFraction',1),8166133).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingAnIntegerFromAMixedFraction',1),8166061).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingASimpleFractionFromAMixedFraction',1),8166139).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingMixedFractions',1),8166302).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSummingAColumnOfDigits',1),8166093).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelyEvaluatingATwoArgDivisionExpression',2),8166177).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelyEvaluatingATwoArgMultiplicationExpression',1),8166135).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelySimplifyingATwoArgDivisionExpression',1),8166280).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelySimplifyingATwoArgDivisionExpression',2),8165984).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftSimplifyingAnEvaluatableSubExpression',1),8166015).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionAfterSubstitutingMathProblem'),1),8166038).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),8165767).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),8166137).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwExpressionComparisonProblem'),1),8166095).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwQuantitativeRelationshipMathProblem'),1),8166107).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwSimplifyExpressionMathProblem'),1),8165766).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwSimplifyExpressionMathProblem'),1),8166047).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwEvaluateExpressionAfterSubstitutingMathProblem'),1),8166034).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_1','iVersionOfElleForColumnarMultiplication_0005_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),8166017).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2','iDefaultModelForProvidingTheAnswerToAMathProblem',8166729).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingAnIntegerAndAFraction'),8166903).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingAnIntegerAndAMixedFraction'),8167225).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingASimpleFractionAndAnInteger'),8167231).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingIntegersLongOrWithCarryingWithCalculator'),8166972).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingIntegersShortAndWithoutCarrying'),8166970).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingSimpleFractions'),8166954).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingTwoScalarPointValues'),8166777).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingTwoScalarPointValues'),8166994).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergy'),8166821).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergyOfAReactionByAppealToInitialAndFinalSystemStates'),8167209).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergyOfAReactionByAppealToSystemProperties'),8167213).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingTotalTabWithTip'),8166966).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actCancelingOutFactorsDenominatorAndNumerator'),8166876).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actCancelingOutFactorsNumeratorAndDenominator'),8166877).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actCommutingTwoMathematicalExpressions'),8167169).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelyEvaluatingAMathematicalExpressionTopLevel'),8167229).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionNoOpCase'),8166889).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionVariableBindingsKnown'),8166935).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionVariablesButNoVariableBindings'),8166913).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantityMixed'),8167112).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantitySimpleIntegerComponent'),8166864).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantitySimpleNoIntegerComponent'),8167177).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalValueToAPercentageValue'),8167173).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAFractionalNumberOrQuantityMixedToADecimal'),8167106).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAFractionalNumberOrQuantitySimpleToADecimal'),8167086).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAMixedFractionToAnEquivalentMixedFractionIncreasingFractionalPart'),8166917).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAnIntegerToAnEquivalentMixedFraction'),8167102).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAPercentageValueToADecimalValue'),8167223).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAPercentageValueToASimpleFraction'),8166885).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingASimpleFractionToAPercentageValue'),8166841).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actCorrectingErrorOfDeemingIrrelevantQuantityRelevant'),8167128).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorFirstTermUnknownAndFirstRatioGreater'),8167130).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorFirstTermUnknownAndSecondRatioGreater'),8167124).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorSecondTermUnknownAndFirstRatioGreater'),8167239).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorSecondTermUnknownAndSecondRatioGreater'),8167245).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionIntoAnExpressionLeft'),8166785).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionIntoAnExpressionRight'),8166870).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionOutOfAnExpressionLeft'),8166872).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionOutOfAnExpressionRight'),8166883).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDividend'),8166799).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisor'),8167195).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDividendAndDivisorEqualLength'),8166943).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDividendLonger'),8166815).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDivisorLonger'),8166939).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedAndSimpleFractionsMixedDividend'),8166901).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedAndSimpleFractionsMixedDivisor'),8166897).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDividend'),8166921).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDivisor'),8166911).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDivisorAndDividend'),8166931).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDividend'),8167187).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDivisor'),8167159).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDivisorAndDividend'),8167163).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingTwoScalarPointValues'),8166778).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingTwoScalarPointValues'),8167011).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsComplexCase'),8167044).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsMultiplesCase'),8167028).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsNoOpCase'),8167015).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAPercentageOfAnIntegerBaseAmount'),8166817).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAReciprocal'),8166945).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAUnitRate'),8167235).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingTheReciprocalOfAnInteger'),8167185).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingTheReciprocalOfASimpleFraction'),8167193).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),8166720).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),8167217).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),8166722).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),8167201).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),8166713).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),8167249).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMovingADecimalPointLeftward'),8166827).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMovingADecimalPointRightward'),8166829).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingADecimalAndAnInteger'),8167165).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAMixedFractionAndASimpleFraction'),8167104).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerAndADecimal'),8166909).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerAndAMixedFraction'),8167141).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerByASimpleFraction'),8166809).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAScalarPointValueByOne'),8167171).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAScalarPointValueByZero'),8167155).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingMultiDigitIntegers'),8167025).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingOneByAScalarPointValue'),8167181).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingSmallIntegers'),8167215).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoDecimals'),8167147).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoMixedFractions'),8167068).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoScalarPointValues'),8166776).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoScalarPointValues'),8167038).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoSmallIntegersWithACarry'),8167145).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingZeroByAScalarPointValue'),8167167).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndAMixedFraction'),8167199).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndAnInteger'),8166962).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndASimpleFraction'),8166795).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoDecimals'),8167179).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoIntegers'),8167064).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoMixedFractionsEqualIntegerComponent'),8166823).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoMixedFractionsUnequalIntegerComponent'),8166819).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoSimpleFractions'),8167009).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoSimpleFractionsCommonDenominators'),8167110).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actPerformingAnOperationOnBothSidesOfAMathStatement'),8167157).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actPlacingADecimalPoint'),8166868).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingACoefficientViaMultiplicationOrDivision'),8167134).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingADecimalPoint'),8166811).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingOneTermViaAdditionOrSubtraction'),8166787).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actRenamingAnIntegerToAnEqualSimpleFractionWithDenominatorOtherThan1'),8166933).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actRenamingAnIntegerToASimpleFractionWithDenominator1'),8166915).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actRepresentingARatioAsASimpleFraction'),8166927).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actRepresentingASimpleFractionAsARatio'),8167116).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actRespondingToAVaguePlantingOfRedFlagUserAction'),8167090).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actRespondingToFeedbackAboutMissedQuantities'),8166866).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actScalingDownARatio'),8166977).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actScalingUpARatio'),8167161).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSelectingASubExpressionToSimplify'),8166923).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToMixedOnly'),8167060).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAFractionNoOpCase'),8167082).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAMixedNumberDroppingZero'),8166847).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingBothSidesOfAMathStatement'),8166905).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSolvingAUnivariateLinearEquation'),8166862).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubstitutingTheBindingForOneVariable'),8166919).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingAMixedFractionFromAnInteger'),8167056).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingAnIntegerFromASimpleFraction'),8167205).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingASimpleFractionFromAnInteger'),8166801).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersLargerValueFromSmallerValue'),8166855).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersNumberFromItself'),8167004).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersSingleDigitFromLargerValue'),8167021).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersSmallerValueFromLargerValue'),8166947).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingMixedFractionsFractionalPartOfMinuendGreaterOrEqual'),8166952).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingMixedFractionsFractionalPartOfMinuendLess'),8167197).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingSimpleFractions'),8167042).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingSimpleFractionsWithCommonDenominators'),8167050).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValues'),8166779).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValues'),8167007).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValuesNumberFromItself'),8166968).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actTransformingAMathExpressionUsingAssociationLeft'),8166845).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actTransformingAMathExpressionUsingAssociationRight'),8166835).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelyEvaluatingAMathematicalExpression'),8166929).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelySimplifyingAMathExpression'),8166858).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelySimplifyingAMathExpressionFractionalexpression'),8166833).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneAdditionSubExpression'),8167211).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneDivisionSubExpression'),8167098).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneEnclosedSubExpression'),8166839).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneMultiplicationSubExpression'),8167094).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneSubExpression'),8167151).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneSubtractionSubExpression'),8166981).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','ftSimplifyingAnEnclosedSubExpression'),8166813).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn','ftSimplifyingASubExpression'),8167122).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actCheckingAnswerToProblemOfTypeFn','cwSolveLinearEquationOfOneVariableProblem')),8166805).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tParallelogram')),8166807).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tRectangle')),8166831).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tTrapezoid')),8167191).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tTriangle')),8166797).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tPentagon')),8167132).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tQuadrilateral')),8167058).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tTriangle')),8167072).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tRectangularParallelepiped')),8167013).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tRightCylinder')),8166998).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tWedge')),8167143).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tPyramidRectangularBase')),8166941).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRectangularParallelepiped')),8167189).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRightCircularCone')),8166899).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRightCylinder')),8166860).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tTetrahedron')),8166960).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tWedge')),8166895).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',0)),8166714).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',0)),8166907).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',1)),8166724).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',1)),8166803).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',2)),8166723).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',2)),8166825).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',3)),8166721).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',3)),8166837).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',4)),8166718).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',4)),8167183).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',1)),8167207).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',2)),8166716).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',2)),8167219).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',3)),8166719).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',3)),8167126).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',4)),8166717).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',4)),8167247).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actMultiplyingNumberOrQuantityTypesFn','vtFractionalNumberOrQuantitySimple','vtScalarIntegralValue')),8166887).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actSolvingEventTypeForProblemFn','iBELLAProblemPlaceholder')),8166893).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwMathWordProblem')),8166715).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwMathWordProblem')),8167153).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwSimplifyExpressionMathProblem')),8166728).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwSimplifyExpressionMathProblem')),8167070).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventReflectingFigureTypeFn','tTriangle')),8166843).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventRotatingFigureTypeFn','tTriangle')),8167120).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventTranslatingFigureTypeFn','tTriangle')),8167203).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingIntegersLongOrWithCarrying',1),8166985).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingIntegersSingleDigitToAnything',1),8167175).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractions',2),8167233).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractions',3),8167241).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionsWithCommonDenominators',1),8167017).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionToSimpleFraction',1),8166950).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionToSimpleFraction',2),8167114).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionsWithCommonDenominator',1),8166992).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionToMixedFraction',1),8167108).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionToMixedFraction',2),8167019).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionNoVariables',1),8166891).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingAMixedFractionToASimpleFraction',1),8167062).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingASimpleFractionToAMixedFraction',1),8167066).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingToAnEquivalentFraction',1),8166996).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDeterminingTheRelationBetweenAdditionExpressions',1),8167023).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDeterminingTheRelationBetweenExpressionsViaEvaluation',1),8167046).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDoingColumnarAddition',1),8167030).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDoingColumnarMultiplication',1),8167149).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsMultiplesCase',1),8167052).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',1),8167054).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',2),8166849).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',3),8166852).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionWithRemainder',1),8167040).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actFindingAGreatestCommonFactor',1),8167092).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actFindingAGreatestCommonFactor',2),8167100).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actMultiplyingADigitAndNumber',1),8167139).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actMultiplyingTwoSimpleFractions',3),8166874).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actReorderingOperandsToGroupLikeTerms',1),8167237).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionalOperand',1),8166983).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToWhole',1),8167088).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToWhole',2),8167084).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionReducingOnly',1),8166937).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionReducingOnly',2),8167032).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAMixedNumberWithImproperFractionalPart',1),8167000).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAnImproperFractionReduceAndConvertToMixed',1),8167096).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathProblem',1),8166990).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathWordProblem',1),8166725).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathWordProblem',1),8167227).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAProblem',1),8166964).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingAMixedFractionFromASimpleFraction',1),8167074).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingAnIntegerFromAMixedFraction',1),8167002).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingASimpleFractionFromAMixedFraction',1),8167080).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingMixedFractions',1),8167243).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSummingAColumnOfDigits',1),8167034).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelyEvaluatingATwoArgDivisionExpression',2),8167118).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelyEvaluatingATwoArgMultiplicationExpression',1),8167076).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelySimplifyingATwoArgDivisionExpression',1),8167221).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelySimplifyingATwoArgDivisionExpression',2),8166925).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftSimplifyingAnEvaluatableSubExpression',1),8166956).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionAfterSubstitutingMathProblem'),1),8166979).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),8166727).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),8167078).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwExpressionComparisonProblem'),1),8167036).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwQuantitativeRelationshipMathProblem'),1),8167048).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwSimplifyExpressionMathProblem'),1),8166726).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwSimplifyExpressionMathProblem'),1),8166988).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwEvaluateExpressionAfterSubstitutingMathProblem'),1),8166975).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_2','iVersionOfElleForColumnarMultiplication_0005_2',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),8166958).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3','iDefaultModelForProvidingTheAnswerToAMathProblem',8169362).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingAnIntegerAndAFraction'),8169539).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingAnIntegerAndAMixedFraction'),8169861).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingASimpleFractionAndAnInteger'),8169867).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingIntegersLongOrWithCarryingWithCalculator'),8169608).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingIntegersShortAndWithoutCarrying'),8169606).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingSimpleFractions'),8169590).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingTwoScalarPointValues'),8169413).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingTwoScalarPointValues'),8169630).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergy'),8169457).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergyOfAReactionByAppealToInitialAndFinalSystemStates'),8169845).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergyOfAReactionByAppealToSystemProperties'),8169849).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingTotalTabWithTip'),8169602).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actCancelingOutFactorsDenominatorAndNumerator'),8169512).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actCancelingOutFactorsNumeratorAndDenominator'),8169513).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actCommutingTwoMathematicalExpressions'),8169805).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelyEvaluatingAMathematicalExpressionTopLevel'),8169865).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionNoOpCase'),8169525).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionVariableBindingsKnown'),8169571).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionVariablesButNoVariableBindings'),8169549).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantityMixed'),8169748).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantitySimpleIntegerComponent'),8169500).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantitySimpleNoIntegerComponent'),8169813).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalValueToAPercentageValue'),8169809).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAFractionalNumberOrQuantityMixedToADecimal'),8169742).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAFractionalNumberOrQuantitySimpleToADecimal'),8169722).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAMixedFractionToAnEquivalentMixedFractionIncreasingFractionalPart'),8169553).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAnIntegerToAnEquivalentMixedFraction'),8169738).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAPercentageValueToADecimalValue'),8169859).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAPercentageValueToASimpleFraction'),8169521).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingASimpleFractionToAPercentageValue'),8169477).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actCorrectingErrorOfDeemingIrrelevantQuantityRelevant'),8169764).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorFirstTermUnknownAndFirstRatioGreater'),8169766).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorFirstTermUnknownAndSecondRatioGreater'),8169760).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorSecondTermUnknownAndFirstRatioGreater'),8169875).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorSecondTermUnknownAndSecondRatioGreater'),8169881).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionIntoAnExpressionLeft'),8169421).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionIntoAnExpressionRight'),8169506).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionOutOfAnExpressionLeft'),8169508).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionOutOfAnExpressionRight'),8169519).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDividend'),8169435).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisor'),8169831).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDividendAndDivisorEqualLength'),8169579).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDividendLonger'),8169451).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDivisorLonger'),8169575).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedAndSimpleFractionsMixedDividend'),8169537).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedAndSimpleFractionsMixedDivisor'),8169533).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDividend'),8169557).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDivisor'),8169547).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDivisorAndDividend'),8169567).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDividend'),8169823).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDivisor'),8169795).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDivisorAndDividend'),8169799).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingTwoScalarPointValues'),8169414).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingTwoScalarPointValues'),8169647).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsComplexCase'),8169680).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsMultiplesCase'),8169664).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsNoOpCase'),8169651).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAPercentageOfAnIntegerBaseAmount'),8169453).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAReciprocal'),8169581).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAUnitRate'),8169871).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingTheReciprocalOfAnInteger'),8169821).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingTheReciprocalOfASimpleFraction'),8169829).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),8169353).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),8169853).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),8169355).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),8169837).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),8169346).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),8169885).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actMovingADecimalPointLeftward'),8169463).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actMovingADecimalPointRightward'),8169465).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingADecimalAndAnInteger'),8169801).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAMixedFractionAndASimpleFraction'),8169740).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerAndADecimal'),8169545).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerAndAMixedFraction'),8169775).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerByASimpleFraction'),8169445).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAScalarPointValueByOne'),8169807).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAScalarPointValueByZero'),8169791).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingMultiDigitIntegers'),8169661).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingOneByAScalarPointValue'),8169817).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingSmallIntegers'),8169851).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoDecimals'),8169779).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoMixedFractions'),8169704).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoScalarPointValues'),8169412).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoScalarPointValues'),8169674).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoSmallIntegersWithACarry'),8169785).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingZeroByAScalarPointValue'),8169803).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndAMixedFraction'),8169835).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndAnInteger'),8169598).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndASimpleFraction'),8169431).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoDecimals'),8169815).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoIntegers'),8169700).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoMixedFractionsEqualIntegerComponent'),8169459).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoMixedFractionsUnequalIntegerComponent'),8169455).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoSimpleFractions'),8169645).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoSimpleFractionsCommonDenominators'),8169746).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actPerformingAnOperationOnBothSidesOfAMathStatement'),8169793).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actPlacingADecimalPoint'),8169504).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingACoefficientViaMultiplicationOrDivision'),8169770).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingADecimalPoint'),8169447).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingOneTermViaAdditionOrSubtraction'),8169423).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actRenamingAnIntegerToAnEqualSimpleFractionWithDenominatorOtherThan1'),8169569).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actRenamingAnIntegerToASimpleFractionWithDenominator1'),8169551).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actRepresentingARatioAsASimpleFraction'),8169561).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actRepresentingASimpleFractionAsARatio'),8169752).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actRespondingToAVaguePlantingOfRedFlagUserAction'),8169726).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actRespondingToFeedbackAboutMissedQuantities'),8169502).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actScalingDownARatio'),8169613).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actScalingUpARatio'),8169797).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSelectingASubExpressionToSimplify'),8169559).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToMixedOnly'),8169696).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAFractionNoOpCase'),8169718).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAMixedNumberDroppingZero'),8169483).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingBothSidesOfAMathStatement'),8169541).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSolvingAUnivariateLinearEquation'),8169498).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubstitutingTheBindingForOneVariable'),8169555).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingAMixedFractionFromAnInteger'),8169692).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingAnIntegerFromASimpleFraction'),8169841).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingASimpleFractionFromAnInteger'),8169437).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersLargerValueFromSmallerValue'),8169491).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersNumberFromItself'),8169640).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersSingleDigitFromLargerValue'),8169657).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersSmallerValueFromLargerValue'),8169583).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingMixedFractionsFractionalPartOfMinuendGreaterOrEqual'),8169588).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingMixedFractionsFractionalPartOfMinuendLess'),8169833).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingSimpleFractions'),8169678).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingSimpleFractionsWithCommonDenominators'),8169686).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValues'),8169415).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValues'),8169643).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValuesNumberFromItself'),8169604).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actTransformingAMathExpressionUsingAssociationLeft'),8169481).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','actTransformingAMathExpressionUsingAssociationRight'),8169471).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelyEvaluatingAMathematicalExpression'),8169565).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelySimplifyingAMathExpression'),8169494).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelySimplifyingAMathExpressionFractionalexpression'),8169469).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneAdditionSubExpression'),8169847).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneDivisionSubExpression'),8169734).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneEnclosedSubExpression'),8169475).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneMultiplicationSubExpression'),8169730).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneSubExpression'),8169783).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneSubtractionSubExpression'),8169617).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','ftSimplifyingAnEnclosedSubExpression'),8169449).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn','ftSimplifyingASubExpression'),8169758).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actCheckingAnswerToProblemOfTypeFn','cwSolveLinearEquationOfOneVariableProblem')),8169441).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tParallelogram')),8169443).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tRectangle')),8169467).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tTrapezoid')),8169827).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tTriangle')),8169433).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tPentagon')),8169768).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tQuadrilateral')),8169694).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tTriangle')),8169708).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tRectangularParallelepiped')),8169649).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tRightCylinder')),8169632).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tWedge')),8169777).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tPyramidRectangularBase')),8169577).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRectangularParallelepiped')),8169825).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRightCircularCone')),8169535).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRightCylinder')),8169496).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tTetrahedron')),8169594).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tWedge')),8169531).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',0)),8169347).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',0)),8169543).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',1)),8169357).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',1)),8169439).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',2)),8169356).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',2)),8169461).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',3)),8169354).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',3)),8169473).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',4)),8169351).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',4)),8169819).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',1)),8169843).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',2)),8169349).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',2)),8169855).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',3)),8169352).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',3)),8169762).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',4)),8169350).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',4)),8169883).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actMultiplyingNumberOrQuantityTypesFn','vtFractionalNumberOrQuantitySimple','vtScalarIntegralValue')),8169523).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actSolvingEventTypeForProblemFn','iBELLAProblemPlaceholder')),8169529).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwMathWordProblem')),8169348).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwMathWordProblem')),8169787).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwSimplifyExpressionMathProblem')),8169361).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwSimplifyExpressionMathProblem')),8169706).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventReflectingFigureTypeFn','tTriangle')),8169479).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventRotatingFigureTypeFn','tTriangle')),8169756).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventTranslatingFigureTypeFn','tTriangle')),8169839).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingIntegersLongOrWithCarrying',1),8169621).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingIntegersSingleDigitToAnything',1),8169811).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractions',2),8169869).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractions',3),8169877).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionsWithCommonDenominators',1),8169653).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionToSimpleFraction',1),8169586).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionToSimpleFraction',2),8169750).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionsWithCommonDenominator',1),8169628).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionToMixedFraction',1),8169744).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionToMixedFraction',2),8169655).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionNoVariables',1),8169527).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingAMixedFractionToASimpleFraction',1),8169698).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingASimpleFractionToAMixedFraction',1),8169702).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingToAnEquivalentFraction',1),8169634).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDeterminingTheRelationBetweenAdditionExpressions',1),8169659).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDeterminingTheRelationBetweenExpressionsViaEvaluation',1),8169682).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDoingColumnarAddition',1),8169666).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDoingColumnarMultiplication',1),8169789).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsMultiplesCase',1),8169688).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',1),8169690).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',2),8169485).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',3),8169488).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionWithRemainder',1),8169676).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actFindingAGreatestCommonFactor',1),8169728).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actFindingAGreatestCommonFactor',2),8169736).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actMultiplyingADigitAndNumber',1),8169781).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actMultiplyingTwoSimpleFractions',3),8169510).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actReorderingOperandsToGroupLikeTerms',1),8169873).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionalOperand',1),8169619).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToWhole',1),8169724).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToWhole',2),8169720).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionReducingOnly',1),8169573).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionReducingOnly',2),8169668).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAMixedNumberWithImproperFractionalPart',1),8169636).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAnImproperFractionReduceAndConvertToMixed',1),8169732).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathProblem',1),8169626).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathWordProblem',1),8169358).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathWordProblem',1),8169863).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAProblem',1),8169600).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingAMixedFractionFromASimpleFraction',1),8169710).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingAnIntegerFromAMixedFraction',1),8169638).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingASimpleFractionFromAMixedFraction',1),8169716).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingMixedFractions',1),8169879).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSummingAColumnOfDigits',1),8169670).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelyEvaluatingATwoArgDivisionExpression',2),8169754).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelyEvaluatingATwoArgMultiplicationExpression',1),8169712).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelySimplifyingATwoArgDivisionExpression',1),8169857).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelySimplifyingATwoArgDivisionExpression',2),8169563).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftSimplifyingAnEvaluatableSubExpression',1),8169592).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionAfterSubstitutingMathProblem'),1),8169615).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),8169360).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),8169714).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwExpressionComparisonProblem'),1),8169672).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwQuantitativeRelationshipMathProblem'),1),8169684).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwSimplifyExpressionMathProblem'),1),8169359).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwSimplifyExpressionMathProblem'),1),8169624).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwEvaluateExpressionAfterSubstitutingMathProblem'),1),8169611).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_3','iVersionOfElleForColumnarMultiplication_0005_3',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),8169596).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4','iDefaultModelForProvidingTheAnswerToAMathProblem',8190709).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingAnIntegerAndAFraction'),8190886).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingAnIntegerAndAMixedFraction'),8191208).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingASimpleFractionAndAnInteger'),8191214).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingIntegersLongOrWithCarryingWithCalculator'),8190955).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingIntegersShortAndWithoutCarrying'),8190953).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingSimpleFractions'),8190937).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingTwoScalarPointValues'),8190760).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingTwoScalarPointValues'),8190977).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergy'),8190804).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergyOfAReactionByAppealToInitialAndFinalSystemStates'),8191192).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergyOfAReactionByAppealToSystemProperties'),8191196).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingTotalTabWithTip'),8190949).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actCancelingOutFactorsDenominatorAndNumerator'),8190859).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actCancelingOutFactorsNumeratorAndDenominator'),8190860).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actCommutingTwoMathematicalExpressions'),8191152).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelyEvaluatingAMathematicalExpressionTopLevel'),8191212).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionNoOpCase'),8190872).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionVariableBindingsKnown'),8190918).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionVariablesButNoVariableBindings'),8190896).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantityMixed'),8191095).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantitySimpleIntegerComponent'),8190847).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantitySimpleNoIntegerComponent'),8191160).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalValueToAPercentageValue'),8191156).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAFractionalNumberOrQuantityMixedToADecimal'),8191089).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAFractionalNumberOrQuantitySimpleToADecimal'),8191069).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAMixedFractionToAnEquivalentMixedFractionIncreasingFractionalPart'),8190900).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAnIntegerToAnEquivalentMixedFraction'),8191085).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAPercentageValueToADecimalValue'),8191206).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAPercentageValueToASimpleFraction'),8190868).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingASimpleFractionToAPercentageValue'),8190824).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actCorrectingErrorOfDeemingIrrelevantQuantityRelevant'),8191111).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorFirstTermUnknownAndFirstRatioGreater'),8191113).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorFirstTermUnknownAndSecondRatioGreater'),8191107).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorSecondTermUnknownAndFirstRatioGreater'),8191222).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorSecondTermUnknownAndSecondRatioGreater'),8191228).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionIntoAnExpressionLeft'),8190768).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionIntoAnExpressionRight'),8190853).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionOutOfAnExpressionLeft'),8190855).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionOutOfAnExpressionRight'),8190866).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDividend'),8190782).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisor'),8191178).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDividendAndDivisorEqualLength'),8190926).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDividendLonger'),8190798).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDivisorLonger'),8190922).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedAndSimpleFractionsMixedDividend'),8190884).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedAndSimpleFractionsMixedDivisor'),8190880).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDividend'),8190904).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDivisor'),8190894).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDivisorAndDividend'),8190914).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDividend'),8191170).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDivisor'),8191142).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDivisorAndDividend'),8191146).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingTwoScalarPointValues'),8190761).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingTwoScalarPointValues'),8190994).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsComplexCase'),8191027).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsMultiplesCase'),8191011).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsNoOpCase'),8190998).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAPercentageOfAnIntegerBaseAmount'),8190800).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAReciprocal'),8190928).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAUnitRate'),8191218).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingTheReciprocalOfAnInteger'),8191168).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingTheReciprocalOfASimpleFraction'),8191176).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),8190700).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),8191200).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),8190702).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),8191184).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),8190693).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),8191232).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actMovingADecimalPointLeftward'),8190810).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actMovingADecimalPointRightward'),8190812).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingADecimalAndAnInteger'),8191148).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAMixedFractionAndASimpleFraction'),8191087).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerAndADecimal'),8190892).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerAndAMixedFraction'),8191122).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerByASimpleFraction'),8190792).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAScalarPointValueByOne'),8191154).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAScalarPointValueByZero'),8191138).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingMultiDigitIntegers'),8191008).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingOneByAScalarPointValue'),8191164).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingSmallIntegers'),8191198).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoDecimals'),8191126).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoMixedFractions'),8191051).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoScalarPointValues'),8190759).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoScalarPointValues'),8191021).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoSmallIntegersWithACarry'),8191132).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingZeroByAScalarPointValue'),8191150).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndAMixedFraction'),8191182).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndAnInteger'),8190945).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndASimpleFraction'),8190778).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoDecimals'),8191162).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoIntegers'),8191047).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoMixedFractionsEqualIntegerComponent'),8190806).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoMixedFractionsUnequalIntegerComponent'),8190802).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoSimpleFractions'),8190992).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoSimpleFractionsCommonDenominators'),8191093).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actPerformingAnOperationOnBothSidesOfAMathStatement'),8191140).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actPlacingADecimalPoint'),8190851).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingACoefficientViaMultiplicationOrDivision'),8191117).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingADecimalPoint'),8190794).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingOneTermViaAdditionOrSubtraction'),8190770).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actRenamingAnIntegerToAnEqualSimpleFractionWithDenominatorOtherThan1'),8190916).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actRenamingAnIntegerToASimpleFractionWithDenominator1'),8190898).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actRepresentingARatioAsASimpleFraction'),8190908).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actRepresentingASimpleFractionAsARatio'),8191099).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actRespondingToAVaguePlantingOfRedFlagUserAction'),8191073).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actRespondingToFeedbackAboutMissedQuantities'),8190849).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actScalingDownARatio'),8190960).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actScalingUpARatio'),8191144).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSelectingASubExpressionToSimplify'),8190906).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToMixedOnly'),8191043).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAFractionNoOpCase'),8191065).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAMixedNumberDroppingZero'),8190830).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingBothSidesOfAMathStatement'),8190888).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSolvingAUnivariateLinearEquation'),8190845).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubstitutingTheBindingForOneVariable'),8190902).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingAMixedFractionFromAnInteger'),8191039).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingAnIntegerFromASimpleFraction'),8191188).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingASimpleFractionFromAnInteger'),8190784).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersLargerValueFromSmallerValue'),8190838).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersNumberFromItself'),8190987).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersSingleDigitFromLargerValue'),8191004).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersSmallerValueFromLargerValue'),8190930).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingMixedFractionsFractionalPartOfMinuendGreaterOrEqual'),8190935).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingMixedFractionsFractionalPartOfMinuendLess'),8191180).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingSimpleFractions'),8191025).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingSimpleFractionsWithCommonDenominators'),8191033).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValues'),8190762).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValues'),8190990).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValuesNumberFromItself'),8190951).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actTransformingAMathExpressionUsingAssociationLeft'),8190828).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','actTransformingAMathExpressionUsingAssociationRight'),8190818).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelyEvaluatingAMathematicalExpression'),8190912).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelySimplifyingAMathExpression'),8190841).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelySimplifyingAMathExpressionFractionalexpression'),8190816).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneAdditionSubExpression'),8191194).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneDivisionSubExpression'),8191081).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneEnclosedSubExpression'),8190822).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneMultiplicationSubExpression'),8191077).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneSubExpression'),8191130).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneSubtractionSubExpression'),8190964).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','ftSimplifyingAnEnclosedSubExpression'),8190796).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn','ftSimplifyingASubExpression'),8191105).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actCheckingAnswerToProblemOfTypeFn','cwSolveLinearEquationOfOneVariableProblem')),8190788).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tParallelogram')),8190790).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tRectangle')),8190814).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tTrapezoid')),8191174).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tTriangle')),8190780).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tPentagon')),8191115).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tQuadrilateral')),8191041).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tTriangle')),8191055).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tRectangularParallelepiped')),8190996).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tRightCylinder')),8190979).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tWedge')),8191124).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tPyramidRectangularBase')),8190924).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRectangularParallelepiped')),8191172).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRightCircularCone')),8190882).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRightCylinder')),8190843).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tTetrahedron')),8190941).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tWedge')),8190878).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',0)),8190694).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',0)),8190890).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',1)),8190704).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',1)),8190786).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',2)),8190703).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',2)),8190808).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',3)),8190701).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',3)),8190820).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',4)),8190698).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',4)),8191166).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',1)),8191190).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',2)),8190696).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',2)),8191202).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',3)),8190699).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',3)),8191109).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',4)),8190697).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',4)),8191230).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actMultiplyingNumberOrQuantityTypesFn','vtFractionalNumberOrQuantitySimple','vtScalarIntegralValue')),8190870).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actSolvingEventTypeForProblemFn','iBELLAProblemPlaceholder')),8190876).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwMathWordProblem')),8190695).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwMathWordProblem')),8191134).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwSimplifyExpressionMathProblem')),8190708).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwSimplifyExpressionMathProblem')),8191053).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventReflectingFigureTypeFn','tTriangle')),8190826).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventRotatingFigureTypeFn','tTriangle')),8191103).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventTranslatingFigureTypeFn','tTriangle')),8191186).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingIntegersLongOrWithCarrying',1),8190968).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingIntegersSingleDigitToAnything',1),8191158).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractions',2),8191216).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractions',3),8191224).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionsWithCommonDenominators',1),8191000).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionToSimpleFraction',1),8190933).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionToSimpleFraction',2),8191097).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionsWithCommonDenominator',1),8190975).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionToMixedFraction',1),8191091).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionToMixedFraction',2),8191002).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionNoVariables',1),8190874).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingAMixedFractionToASimpleFraction',1),8191045).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingASimpleFractionToAMixedFraction',1),8191049).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingToAnEquivalentFraction',1),8190981).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDeterminingTheRelationBetweenAdditionExpressions',1),8191006).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDeterminingTheRelationBetweenExpressionsViaEvaluation',1),8191029).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDoingColumnarAddition',1),8191013).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDoingColumnarMultiplication',1),8191136).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsMultiplesCase',1),8191035).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',1),8191037).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',2),8190832).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',3),8190835).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionWithRemainder',1),8191023).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actFindingAGreatestCommonFactor',1),8191075).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actFindingAGreatestCommonFactor',2),8191083).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actMultiplyingADigitAndNumber',1),8191128).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actMultiplyingTwoSimpleFractions',3),8190857).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actReorderingOperandsToGroupLikeTerms',1),8191220).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionalOperand',1),8190966).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToWhole',1),8191071).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToWhole',2),8191067).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionReducingOnly',1),8190920).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionReducingOnly',2),8191015).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAMixedNumberWithImproperFractionalPart',1),8190983).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAnImproperFractionReduceAndConvertToMixed',1),8191079).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathProblem',1),8190973).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathWordProblem',1),8190705).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathWordProblem',1),8191210).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAProblem',1),8190947).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingAMixedFractionFromASimpleFraction',1),8191057).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingAnIntegerFromAMixedFraction',1),8190985).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingASimpleFractionFromAMixedFraction',1),8191063).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingMixedFractions',1),8191226).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSummingAColumnOfDigits',1),8191017).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelyEvaluatingATwoArgDivisionExpression',2),8191101).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelyEvaluatingATwoArgMultiplicationExpression',1),8191059).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelySimplifyingATwoArgDivisionExpression',1),8191204).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelySimplifyingATwoArgDivisionExpression',2),8190910).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftSimplifyingAnEvaluatableSubExpression',1),8190939).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionAfterSubstitutingMathProblem'),1),8190962).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),8190707).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),8191061).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwExpressionComparisonProblem'),1),8191019).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwQuantitativeRelationshipMathProblem'),1),8191031).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwSimplifyExpressionMathProblem'),1),8190706).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwSimplifyExpressionMathProblem'),1),8190971).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwEvaluateExpressionAfterSubstitutingMathProblem'),1),8190958).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_4','iVersionOfElleForColumnarMultiplication_0005_4',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),8190943).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5','iDefaultModelForProvidingTheAnswerToAMathProblem',8191661).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingAnIntegerAndAFraction'),8191838).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingAnIntegerAndAMixedFraction'),8192160).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingASimpleFractionAndAnInteger'),8192166).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingIntegersLongOrWithCarryingWithCalculator'),8191907).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingIntegersShortAndWithoutCarrying'),8191905).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingSimpleFractions'),8191889).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingTwoScalarPointValues'),8191712).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingTwoScalarPointValues'),8191929).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergy'),8191756).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergyOfAReactionByAppealToInitialAndFinalSystemStates'),8192144).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergyOfAReactionByAppealToSystemProperties'),8192148).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingTotalTabWithTip'),8191901).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actCancelingOutFactorsDenominatorAndNumerator'),8191811).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actCancelingOutFactorsNumeratorAndDenominator'),8191812).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actCommutingTwoMathematicalExpressions'),8192104).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelyEvaluatingAMathematicalExpressionTopLevel'),8192164).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionNoOpCase'),8191824).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionVariableBindingsKnown'),8191870).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionVariablesButNoVariableBindings'),8191848).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantityMixed'),8192047).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantitySimpleIntegerComponent'),8191799).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantitySimpleNoIntegerComponent'),8192112).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalValueToAPercentageValue'),8192108).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAFractionalNumberOrQuantityMixedToADecimal'),8192041).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAFractionalNumberOrQuantitySimpleToADecimal'),8192021).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAMixedFractionToAnEquivalentMixedFractionIncreasingFractionalPart'),8191852).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAnIntegerToAnEquivalentMixedFraction'),8192037).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAPercentageValueToADecimalValue'),8192158).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAPercentageValueToASimpleFraction'),8191820).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingASimpleFractionToAPercentageValue'),8191776).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actCorrectingErrorOfDeemingIrrelevantQuantityRelevant'),8192063).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorFirstTermUnknownAndFirstRatioGreater'),8192065).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorFirstTermUnknownAndSecondRatioGreater'),8192059).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorSecondTermUnknownAndFirstRatioGreater'),8192174).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorSecondTermUnknownAndSecondRatioGreater'),8192180).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionIntoAnExpressionLeft'),8191720).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionIntoAnExpressionRight'),8191805).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionOutOfAnExpressionLeft'),8191807).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionOutOfAnExpressionRight'),8191818).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDividend'),8191734).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisor'),8192130).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDividendAndDivisorEqualLength'),8191878).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDividendLonger'),8191750).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDivisorLonger'),8191874).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedAndSimpleFractionsMixedDividend'),8191836).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedAndSimpleFractionsMixedDivisor'),8191832).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDividend'),8191856).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDivisor'),8191846).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDivisorAndDividend'),8191866).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDividend'),8192122).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDivisor'),8192094).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDivisorAndDividend'),8192098).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingTwoScalarPointValues'),8191713).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingTwoScalarPointValues'),8191946).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsComplexCase'),8191979).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsMultiplesCase'),8191963).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsNoOpCase'),8191950).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAPercentageOfAnIntegerBaseAmount'),8191752).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAReciprocal'),8191880).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAUnitRate'),8192170).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingTheReciprocalOfAnInteger'),8192120).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingTheReciprocalOfASimpleFraction'),8192128).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),8191652).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),8192152).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),8191654).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),8192136).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),8191645).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),8192184).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actMovingADecimalPointLeftward'),8191762).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actMovingADecimalPointRightward'),8191764).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingADecimalAndAnInteger'),8192100).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAMixedFractionAndASimpleFraction'),8192039).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerAndADecimal'),8191844).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerAndAMixedFraction'),8192074).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerByASimpleFraction'),8191744).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAScalarPointValueByOne'),8192106).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAScalarPointValueByZero'),8192090).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingMultiDigitIntegers'),8191960).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingOneByAScalarPointValue'),8192116).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingSmallIntegers'),8192150).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoDecimals'),8192078).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoMixedFractions'),8192003).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoScalarPointValues'),8191711).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoScalarPointValues'),8191973).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoSmallIntegersWithACarry'),8192084).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingZeroByAScalarPointValue'),8192102).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndAMixedFraction'),8192134).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndAnInteger'),8191897).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndASimpleFraction'),8191730).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoDecimals'),8192114).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoIntegers'),8191999).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoMixedFractionsEqualIntegerComponent'),8191758).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoMixedFractionsUnequalIntegerComponent'),8191754).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoSimpleFractions'),8191944).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoSimpleFractionsCommonDenominators'),8192045).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actPerformingAnOperationOnBothSidesOfAMathStatement'),8192092).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actPlacingADecimalPoint'),8191803).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingACoefficientViaMultiplicationOrDivision'),8192069).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingADecimalPoint'),8191746).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingOneTermViaAdditionOrSubtraction'),8191722).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actRenamingAnIntegerToAnEqualSimpleFractionWithDenominatorOtherThan1'),8191868).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actRenamingAnIntegerToASimpleFractionWithDenominator1'),8191850).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actRepresentingARatioAsASimpleFraction'),8191860).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actRepresentingASimpleFractionAsARatio'),8192051).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actRespondingToAVaguePlantingOfRedFlagUserAction'),8192025).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actRespondingToFeedbackAboutMissedQuantities'),8191801).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actScalingDownARatio'),8191912).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actScalingUpARatio'),8192096).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actSelectingASubExpressionToSimplify'),8191858).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToMixedOnly'),8191995).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAFractionNoOpCase'),8192017).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAMixedNumberDroppingZero'),8191782).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingBothSidesOfAMathStatement'),8191840).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actSolvingAUnivariateLinearEquation'),8191797).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubstitutingTheBindingForOneVariable'),8191854).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingAMixedFractionFromAnInteger'),8191991).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingAnIntegerFromASimpleFraction'),8192140).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingASimpleFractionFromAnInteger'),8191736).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersLargerValueFromSmallerValue'),8191790).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersNumberFromItself'),8191939).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersSingleDigitFromLargerValue'),8191956).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersSmallerValueFromLargerValue'),8191882).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingMixedFractionsFractionalPartOfMinuendGreaterOrEqual'),8191887).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingMixedFractionsFractionalPartOfMinuendLess'),8192132).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingSimpleFractions'),8191977).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingSimpleFractionsWithCommonDenominators'),8191985).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValues'),8191714).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValues'),8191942).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValuesNumberFromItself'),8191903).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actTransformingAMathExpressionUsingAssociationLeft'),8191780).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','actTransformingAMathExpressionUsingAssociationRight'),8191770).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelyEvaluatingAMathematicalExpression'),8191864).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelySimplifyingAMathExpression'),8191793).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelySimplifyingAMathExpressionFractionalexpression'),8191768).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneAdditionSubExpression'),8192146).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneDivisionSubExpression'),8192033).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneEnclosedSubExpression'),8191774).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneMultiplicationSubExpression'),8192029).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneSubExpression'),8192082).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneSubtractionSubExpression'),8191916).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','ftSimplifyingAnEnclosedSubExpression'),8191748).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn','ftSimplifyingASubExpression'),8192057).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actCheckingAnswerToProblemOfTypeFn','cwSolveLinearEquationOfOneVariableProblem')),8191740).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tParallelogram')),8191742).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tRectangle')),8191766).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tTrapezoid')),8192126).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tTriangle')),8191732).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tPentagon')),8192067).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tQuadrilateral')),8191993).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tTriangle')),8192007).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tRectangularParallelepiped')),8191948).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tRightCylinder')),8191931).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tWedge')),8192076).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tPyramidRectangularBase')),8191876).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRectangularParallelepiped')),8192124).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRightCircularCone')),8191834).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRightCylinder')),8191795).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tTetrahedron')),8191893).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tWedge')),8191830).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',0)),8191646).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',0)),8191842).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',1)),8191656).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',1)),8191738).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',2)),8191655).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',2)),8191760).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',3)),8191653).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',3)),8191772).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',4)),8191650).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',4)),8192118).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',1)),8192142).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',2)),8191648).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',2)),8192154).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',3)),8191651).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',3)),8192061).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',4)),8191649).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',4)),8192182).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actMultiplyingNumberOrQuantityTypesFn','vtFractionalNumberOrQuantitySimple','vtScalarIntegralValue')),8191822).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actSolvingEventTypeForProblemFn','iBELLAProblemPlaceholder')),8191828).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwMathWordProblem')),8191647).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwMathWordProblem')),8192086).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwSimplifyExpressionMathProblem')),8191660).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwSimplifyExpressionMathProblem')),8192005).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventReflectingFigureTypeFn','tTriangle')),8191778).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventRotatingFigureTypeFn','tTriangle')),8192055).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventTranslatingFigureTypeFn','tTriangle')),8192138).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingIntegersLongOrWithCarrying',1),8191920).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingIntegersSingleDigitToAnything',1),8192110).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractions',2),8192168).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractions',3),8192176).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionsWithCommonDenominators',1),8191952).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionToSimpleFraction',1),8191885).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionToSimpleFraction',2),8192049).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionsWithCommonDenominator',1),8191927).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionToMixedFraction',1),8192043).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionToMixedFraction',2),8191954).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionNoVariables',1),8191826).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingAMixedFractionToASimpleFraction',1),8191997).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingASimpleFractionToAMixedFraction',1),8192001).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingToAnEquivalentFraction',1),8191933).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDeterminingTheRelationBetweenAdditionExpressions',1),8191958).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDeterminingTheRelationBetweenExpressionsViaEvaluation',1),8191981).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDoingColumnarAddition',1),8191965).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDoingColumnarMultiplication',1),8192088).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsMultiplesCase',1),8191987).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',1),8191989).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',2),8191784).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',3),8191787).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionWithRemainder',1),8191975).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','actFindingAGreatestCommonFactor',1),8192027).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','actFindingAGreatestCommonFactor',2),8192035).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','actMultiplyingADigitAndNumber',1),8192080).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','actMultiplyingTwoSimpleFractions',3),8191809).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','actReorderingOperandsToGroupLikeTerms',1),8192172).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionalOperand',1),8191918).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToWhole',1),8192023).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToWhole',2),8192019).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionReducingOnly',1),8191872).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionReducingOnly',2),8191967).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAMixedNumberWithImproperFractionalPart',1),8191935).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAnImproperFractionReduceAndConvertToMixed',1),8192031).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathProblem',1),8191925).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathWordProblem',1),8191657).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathWordProblem',1),8192162).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAProblem',1),8191899).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingAMixedFractionFromASimpleFraction',1),8192009).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingAnIntegerFromAMixedFraction',1),8191937).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingASimpleFractionFromAMixedFraction',1),8192015).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingMixedFractions',1),8192178).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSummingAColumnOfDigits',1),8191969).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelyEvaluatingATwoArgDivisionExpression',2),8192053).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelyEvaluatingATwoArgMultiplicationExpression',1),8192011).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelySimplifyingATwoArgDivisionExpression',1),8192156).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelySimplifyingATwoArgDivisionExpression',2),8191862).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftSimplifyingAnEvaluatableSubExpression',1),8191891).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionAfterSubstitutingMathProblem'),1),8191914).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),8191659).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),8192013).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwExpressionComparisonProblem'),1),8191971).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwQuantitativeRelationshipMathProblem'),1),8191983).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwSimplifyExpressionMathProblem'),1),8191658).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwSimplifyExpressionMathProblem'),1),8191923).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwEvaluateExpressionAfterSubstitutingMathProblem'),1),8191910).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_5','iVersionOfElleForColumnarMultiplication_0005_5',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),8191895).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6','iDefaultModelForProvidingTheAnswerToAMathProblem',8192617).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingAnIntegerAndAFraction'),8192794).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingAnIntegerAndAMixedFraction'),8193116).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingASimpleFractionAndAnInteger'),8193122).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingIntegersLongOrWithCarryingWithCalculator'),8192863).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingIntegersShortAndWithoutCarrying'),8192861).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingSimpleFractions'),8192845).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingTwoScalarPointValues'),8192668).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingTwoScalarPointValues'),8192885).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergy'),8192712).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergyOfAReactionByAppealToInitialAndFinalSystemStates'),8193100).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergyOfAReactionByAppealToSystemProperties'),8193104).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingTotalTabWithTip'),8192857).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actCancelingOutFactorsDenominatorAndNumerator'),8192767).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actCancelingOutFactorsNumeratorAndDenominator'),8192768).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actCommutingTwoMathematicalExpressions'),8193060).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelyEvaluatingAMathematicalExpressionTopLevel'),8193120).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionNoOpCase'),8192780).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionVariableBindingsKnown'),8192826).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionVariablesButNoVariableBindings'),8192804).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantityMixed'),8193003).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantitySimpleIntegerComponent'),8192755).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantitySimpleNoIntegerComponent'),8193068).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalValueToAPercentageValue'),8193064).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAFractionalNumberOrQuantityMixedToADecimal'),8192997).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAFractionalNumberOrQuantitySimpleToADecimal'),8192977).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAMixedFractionToAnEquivalentMixedFractionIncreasingFractionalPart'),8192808).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAnIntegerToAnEquivalentMixedFraction'),8192993).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAPercentageValueToADecimalValue'),8193114).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAPercentageValueToASimpleFraction'),8192776).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingASimpleFractionToAPercentageValue'),8192732).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actCorrectingErrorOfDeemingIrrelevantQuantityRelevant'),8193019).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorFirstTermUnknownAndFirstRatioGreater'),8193021).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorFirstTermUnknownAndSecondRatioGreater'),8193015).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorSecondTermUnknownAndFirstRatioGreater'),8193130).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorSecondTermUnknownAndSecondRatioGreater'),8193136).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionIntoAnExpressionLeft'),8192676).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionIntoAnExpressionRight'),8192761).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionOutOfAnExpressionLeft'),8192763).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionOutOfAnExpressionRight'),8192774).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDividend'),8192690).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisor'),8193086).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDividendAndDivisorEqualLength'),8192834).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDividendLonger'),8192706).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDivisorLonger'),8192830).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedAndSimpleFractionsMixedDividend'),8192792).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedAndSimpleFractionsMixedDivisor'),8192788).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDividend'),8192812).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDivisor'),8192802).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDivisorAndDividend'),8192822).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDividend'),8193078).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDivisor'),8193050).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDivisorAndDividend'),8193054).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingTwoScalarPointValues'),8192669).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingTwoScalarPointValues'),8192902).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsComplexCase'),8192935).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsMultiplesCase'),8192919).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsNoOpCase'),8192906).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAPercentageOfAnIntegerBaseAmount'),8192708).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAReciprocal'),8192836).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAUnitRate'),8193126).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingTheReciprocalOfAnInteger'),8193076).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingTheReciprocalOfASimpleFraction'),8193084).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),8192608).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),8193108).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),8192610).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),8193092).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),8192601).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),8193140).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actMovingADecimalPointLeftward'),8192718).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actMovingADecimalPointRightward'),8192720).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingADecimalAndAnInteger'),8193056).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAMixedFractionAndASimpleFraction'),8192995).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerAndADecimal'),8192800).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerAndAMixedFraction'),8193030).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerByASimpleFraction'),8192700).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAScalarPointValueByOne'),8193062).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAScalarPointValueByZero'),8193046).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingMultiDigitIntegers'),8192916).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingOneByAScalarPointValue'),8193072).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingSmallIntegers'),8193106).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoDecimals'),8193034).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoMixedFractions'),8192959).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoScalarPointValues'),8192667).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoScalarPointValues'),8192929).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoSmallIntegersWithACarry'),8193040).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingZeroByAScalarPointValue'),8193058).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndAMixedFraction'),8193090).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndAnInteger'),8192853).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndASimpleFraction'),8192686).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoDecimals'),8193070).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoIntegers'),8192955).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoMixedFractionsEqualIntegerComponent'),8192714).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoMixedFractionsUnequalIntegerComponent'),8192710).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoSimpleFractions'),8192900).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoSimpleFractionsCommonDenominators'),8193001).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actPerformingAnOperationOnBothSidesOfAMathStatement'),8193048).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actPlacingADecimalPoint'),8192759).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingACoefficientViaMultiplicationOrDivision'),8193025).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingADecimalPoint'),8192702).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingOneTermViaAdditionOrSubtraction'),8192678).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actRenamingAnIntegerToAnEqualSimpleFractionWithDenominatorOtherThan1'),8192824).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actRenamingAnIntegerToASimpleFractionWithDenominator1'),8192806).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actRepresentingARatioAsASimpleFraction'),8192816).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actRepresentingASimpleFractionAsARatio'),8193007).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actRespondingToAVaguePlantingOfRedFlagUserAction'),8192981).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actRespondingToFeedbackAboutMissedQuantities'),8192757).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actScalingDownARatio'),8192868).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actScalingUpARatio'),8193052).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actSelectingASubExpressionToSimplify'),8192814).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToMixedOnly'),8192951).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAFractionNoOpCase'),8192973).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAMixedNumberDroppingZero'),8192738).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingBothSidesOfAMathStatement'),8192796).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actSolvingAUnivariateLinearEquation'),8192753).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubstitutingTheBindingForOneVariable'),8192810).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingAMixedFractionFromAnInteger'),8192947).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingAnIntegerFromASimpleFraction'),8193096).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingASimpleFractionFromAnInteger'),8192692).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersLargerValueFromSmallerValue'),8192746).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersNumberFromItself'),8192895).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersSingleDigitFromLargerValue'),8192912).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersSmallerValueFromLargerValue'),8192838).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingMixedFractionsFractionalPartOfMinuendGreaterOrEqual'),8192843).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingMixedFractionsFractionalPartOfMinuendLess'),8193088).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingSimpleFractions'),8192933).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingSimpleFractionsWithCommonDenominators'),8192941).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValues'),8192670).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValues'),8192898).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValuesNumberFromItself'),8192859).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actTransformingAMathExpressionUsingAssociationLeft'),8192736).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','actTransformingAMathExpressionUsingAssociationRight'),8192726).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelyEvaluatingAMathematicalExpression'),8192820).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelySimplifyingAMathExpression'),8192749).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelySimplifyingAMathExpressionFractionalexpression'),8192724).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneAdditionSubExpression'),8193102).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneDivisionSubExpression'),8192989).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneEnclosedSubExpression'),8192730).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneMultiplicationSubExpression'),8192985).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneSubExpression'),8193038).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneSubtractionSubExpression'),8192872).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','ftSimplifyingAnEnclosedSubExpression'),8192704).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn','ftSimplifyingASubExpression'),8193013).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actCheckingAnswerToProblemOfTypeFn','cwSolveLinearEquationOfOneVariableProblem')),8192696).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tParallelogram')),8192698).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tRectangle')),8192722).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tTrapezoid')),8193082).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tTriangle')),8192688).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tPentagon')),8193023).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tQuadrilateral')),8192949).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tTriangle')),8192963).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tRectangularParallelepiped')),8192904).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tRightCylinder')),8192887).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tWedge')),8193032).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tPyramidRectangularBase')),8192832).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRectangularParallelepiped')),8193080).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRightCircularCone')),8192790).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRightCylinder')),8192751).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tTetrahedron')),8192849).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tWedge')),8192786).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',0)),8192602).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',0)),8192798).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',1)),8192612).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',1)),8192694).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',2)),8192611).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',2)),8192716).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',3)),8192609).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',3)),8192728).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',4)),8192606).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',4)),8193074).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',1)),8193098).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',2)),8192604).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',2)),8193110).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',3)),8192607).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',3)),8193017).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',4)),8192605).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',4)),8193138).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actMultiplyingNumberOrQuantityTypesFn','vtFractionalNumberOrQuantitySimple','vtScalarIntegralValue')),8192778).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actSolvingEventTypeForProblemFn','iBELLAProblemPlaceholder')),8192784).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwMathWordProblem')),8192603).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwMathWordProblem')),8193042).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwSimplifyExpressionMathProblem')),8192616).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwSimplifyExpressionMathProblem')),8192961).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventReflectingFigureTypeFn','tTriangle')),8192734).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventRotatingFigureTypeFn','tTriangle')),8193011).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventTranslatingFigureTypeFn','tTriangle')),8193094).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingIntegersLongOrWithCarrying',1),8192876).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingIntegersSingleDigitToAnything',1),8193066).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractions',2),8193124).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractions',3),8193132).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionsWithCommonDenominators',1),8192908).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionToSimpleFraction',1),8192841).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionToSimpleFraction',2),8193005).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionsWithCommonDenominator',1),8192883).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionToMixedFraction',1),8192999).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionToMixedFraction',2),8192910).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionNoVariables',1),8192782).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingAMixedFractionToASimpleFraction',1),8192953).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingASimpleFractionToAMixedFraction',1),8192957).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingToAnEquivalentFraction',1),8192889).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDeterminingTheRelationBetweenAdditionExpressions',1),8192914).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDeterminingTheRelationBetweenExpressionsViaEvaluation',1),8192937).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDoingColumnarAddition',1),8192921).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDoingColumnarMultiplication',1),8193044).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsMultiplesCase',1),8192943).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',1),8192945).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',2),8192740).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',3),8192743).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionWithRemainder',1),8192931).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','actFindingAGreatestCommonFactor',1),8192983).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','actFindingAGreatestCommonFactor',2),8192991).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','actMultiplyingADigitAndNumber',1),8193036).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','actMultiplyingTwoSimpleFractions',3),8192765).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','actReorderingOperandsToGroupLikeTerms',1),8193128).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionalOperand',1),8192874).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToWhole',1),8192979).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToWhole',2),8192975).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionReducingOnly',1),8192828).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionReducingOnly',2),8192923).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAMixedNumberWithImproperFractionalPart',1),8192891).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAnImproperFractionReduceAndConvertToMixed',1),8192987).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathProblem',1),8192881).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathWordProblem',1),8192613).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathWordProblem',1),8193118).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAProblem',1),8192855).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingAMixedFractionFromASimpleFraction',1),8192965).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingAnIntegerFromAMixedFraction',1),8192893).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingASimpleFractionFromAMixedFraction',1),8192971).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingMixedFractions',1),8193134).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSummingAColumnOfDigits',1),8192925).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelyEvaluatingATwoArgDivisionExpression',2),8193009).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelyEvaluatingATwoArgMultiplicationExpression',1),8192967).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelySimplifyingATwoArgDivisionExpression',1),8193112).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelySimplifyingATwoArgDivisionExpression',2),8192818).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftSimplifyingAnEvaluatableSubExpression',1),8192847).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionAfterSubstitutingMathProblem'),1),8192870).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),8192615).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),8192969).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwExpressionComparisonProblem'),1),8192927).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwQuantitativeRelationshipMathProblem'),1),8192939).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwSimplifyExpressionMathProblem'),1),8192614).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwSimplifyExpressionMathProblem'),1),8192879).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwEvaluateExpressionAfterSubstitutingMathProblem'),1),8192866).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_6','iVersionOfElleForColumnarMultiplication_0005_6',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),8192851).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7','iDefaultModelForProvidingTheAnswerToAMathProblem',8193565).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingAnIntegerAndAFraction'),8193742).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingAnIntegerAndAMixedFraction'),8194064).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingASimpleFractionAndAnInteger'),8194070).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingIntegersLongOrWithCarryingWithCalculator'),8193811).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingIntegersShortAndWithoutCarrying'),8193809).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingSimpleFractions'),8193793).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingTwoScalarPointValues'),8193616).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingTwoScalarPointValues'),8193833).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergy'),8193660).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergyOfAReactionByAppealToInitialAndFinalSystemStates'),8194048).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergyOfAReactionByAppealToSystemProperties'),8194052).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingTotalTabWithTip'),8193805).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actCancelingOutFactorsDenominatorAndNumerator'),8193715).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actCancelingOutFactorsNumeratorAndDenominator'),8193716).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actCommutingTwoMathematicalExpressions'),8194008).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelyEvaluatingAMathematicalExpressionTopLevel'),8194068).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionNoOpCase'),8193728).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionVariableBindingsKnown'),8193774).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionVariablesButNoVariableBindings'),8193752).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantityMixed'),8193951).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantitySimpleIntegerComponent'),8193703).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantitySimpleNoIntegerComponent'),8194016).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalValueToAPercentageValue'),8194012).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAFractionalNumberOrQuantityMixedToADecimal'),8193945).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAFractionalNumberOrQuantitySimpleToADecimal'),8193925).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAMixedFractionToAnEquivalentMixedFractionIncreasingFractionalPart'),8193756).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAnIntegerToAnEquivalentMixedFraction'),8193941).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAPercentageValueToADecimalValue'),8194062).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAPercentageValueToASimpleFraction'),8193724).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingASimpleFractionToAPercentageValue'),8193680).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actCorrectingErrorOfDeemingIrrelevantQuantityRelevant'),8193967).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorFirstTermUnknownAndFirstRatioGreater'),8193969).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorFirstTermUnknownAndSecondRatioGreater'),8193963).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorSecondTermUnknownAndFirstRatioGreater'),8194078).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorSecondTermUnknownAndSecondRatioGreater'),8194084).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionIntoAnExpressionLeft'),8193624).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionIntoAnExpressionRight'),8193709).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionOutOfAnExpressionLeft'),8193711).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionOutOfAnExpressionRight'),8193722).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDividend'),8193638).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisor'),8194034).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDividendAndDivisorEqualLength'),8193782).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDividendLonger'),8193654).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDivisorLonger'),8193778).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedAndSimpleFractionsMixedDividend'),8193740).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedAndSimpleFractionsMixedDivisor'),8193736).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDividend'),8193760).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDivisor'),8193750).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDivisorAndDividend'),8193770).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDividend'),8194026).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDivisor'),8193998).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDivisorAndDividend'),8194002).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingTwoScalarPointValues'),8193617).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingTwoScalarPointValues'),8193850).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsComplexCase'),8193883).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsMultiplesCase'),8193867).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsNoOpCase'),8193854).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAPercentageOfAnIntegerBaseAmount'),8193656).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAReciprocal'),8193784).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAUnitRate'),8194074).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingTheReciprocalOfAnInteger'),8194024).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingTheReciprocalOfASimpleFraction'),8194032).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),8193556).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),8194056).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),8193558).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),8194040).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),8193549).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),8194088).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actMovingADecimalPointLeftward'),8193666).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actMovingADecimalPointRightward'),8193668).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingADecimalAndAnInteger'),8194004).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAMixedFractionAndASimpleFraction'),8193943).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerAndADecimal'),8193748).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerAndAMixedFraction'),8193978).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerByASimpleFraction'),8193648).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAScalarPointValueByOne'),8194010).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAScalarPointValueByZero'),8193994).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingMultiDigitIntegers'),8193864).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingOneByAScalarPointValue'),8194020).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingSmallIntegers'),8194054).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoDecimals'),8193982).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoMixedFractions'),8193907).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoScalarPointValues'),8193615).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoScalarPointValues'),8193877).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoSmallIntegersWithACarry'),8193988).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingZeroByAScalarPointValue'),8194006).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndAMixedFraction'),8194038).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndAnInteger'),8193801).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndASimpleFraction'),8193634).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoDecimals'),8194018).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoIntegers'),8193903).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoMixedFractionsEqualIntegerComponent'),8193662).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoMixedFractionsUnequalIntegerComponent'),8193658).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoSimpleFractions'),8193848).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoSimpleFractionsCommonDenominators'),8193949).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actPerformingAnOperationOnBothSidesOfAMathStatement'),8193996).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actPlacingADecimalPoint'),8193707).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingACoefficientViaMultiplicationOrDivision'),8193973).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingADecimalPoint'),8193650).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingOneTermViaAdditionOrSubtraction'),8193626).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actRenamingAnIntegerToAnEqualSimpleFractionWithDenominatorOtherThan1'),8193772).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actRenamingAnIntegerToASimpleFractionWithDenominator1'),8193754).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actRepresentingARatioAsASimpleFraction'),8193764).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actRepresentingASimpleFractionAsARatio'),8193955).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actRespondingToAVaguePlantingOfRedFlagUserAction'),8193929).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actRespondingToFeedbackAboutMissedQuantities'),8193705).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actScalingDownARatio'),8193816).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actScalingUpARatio'),8194000).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actSelectingASubExpressionToSimplify'),8193762).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToMixedOnly'),8193899).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAFractionNoOpCase'),8193921).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAMixedNumberDroppingZero'),8193686).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingBothSidesOfAMathStatement'),8193744).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actSolvingAUnivariateLinearEquation'),8193701).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubstitutingTheBindingForOneVariable'),8193758).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingAMixedFractionFromAnInteger'),8193895).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingAnIntegerFromASimpleFraction'),8194044).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingASimpleFractionFromAnInteger'),8193640).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersLargerValueFromSmallerValue'),8193694).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersNumberFromItself'),8193843).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersSingleDigitFromLargerValue'),8193860).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersSmallerValueFromLargerValue'),8193786).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingMixedFractionsFractionalPartOfMinuendGreaterOrEqual'),8193791).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingMixedFractionsFractionalPartOfMinuendLess'),8194036).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingSimpleFractions'),8193881).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingSimpleFractionsWithCommonDenominators'),8193889).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValues'),8193618).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValues'),8193846).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValuesNumberFromItself'),8193807).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actTransformingAMathExpressionUsingAssociationLeft'),8193684).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','actTransformingAMathExpressionUsingAssociationRight'),8193674).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelyEvaluatingAMathematicalExpression'),8193768).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelySimplifyingAMathExpression'),8193697).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelySimplifyingAMathExpressionFractionalexpression'),8193672).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneAdditionSubExpression'),8194050).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneDivisionSubExpression'),8193937).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneEnclosedSubExpression'),8193678).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneMultiplicationSubExpression'),8193933).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneSubExpression'),8193986).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneSubtractionSubExpression'),8193820).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','ftSimplifyingAnEnclosedSubExpression'),8193652).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn','ftSimplifyingASubExpression'),8193961).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actCheckingAnswerToProblemOfTypeFn','cwSolveLinearEquationOfOneVariableProblem')),8193644).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tParallelogram')),8193646).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tRectangle')),8193670).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tTrapezoid')),8194030).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tTriangle')),8193636).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tPentagon')),8193971).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tQuadrilateral')),8193897).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tTriangle')),8193911).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tRectangularParallelepiped')),8193852).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tRightCylinder')),8193835).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tWedge')),8193980).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tPyramidRectangularBase')),8193780).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRectangularParallelepiped')),8194028).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRightCircularCone')),8193738).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRightCylinder')),8193699).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tTetrahedron')),8193797).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tWedge')),8193734).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',0)),8193550).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',0)),8193746).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',1)),8193560).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',1)),8193642).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',2)),8193559).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',2)),8193664).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',3)),8193557).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',3)),8193676).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',4)),8193554).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',4)),8194022).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',1)),8194046).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',2)),8193552).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',2)),8194058).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',3)),8193555).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',3)),8193965).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',4)),8193553).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',4)),8194086).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actMultiplyingNumberOrQuantityTypesFn','vtFractionalNumberOrQuantitySimple','vtScalarIntegralValue')),8193726).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actSolvingEventTypeForProblemFn','iBELLAProblemPlaceholder')),8193732).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwMathWordProblem')),8193551).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwMathWordProblem')),8193990).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwSimplifyExpressionMathProblem')),8193564).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwSimplifyExpressionMathProblem')),8193909).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventReflectingFigureTypeFn','tTriangle')),8193682).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventRotatingFigureTypeFn','tTriangle')),8193959).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventTranslatingFigureTypeFn','tTriangle')),8194042).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingIntegersLongOrWithCarrying',1),8193824).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingIntegersSingleDigitToAnything',1),8194014).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractions',2),8194072).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractions',3),8194080).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionsWithCommonDenominators',1),8193856).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionToSimpleFraction',1),8193789).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionToSimpleFraction',2),8193953).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionsWithCommonDenominator',1),8193831).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionToMixedFraction',1),8193947).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionToMixedFraction',2),8193858).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionNoVariables',1),8193730).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingAMixedFractionToASimpleFraction',1),8193901).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingASimpleFractionToAMixedFraction',1),8193905).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingToAnEquivalentFraction',1),8193837).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDeterminingTheRelationBetweenAdditionExpressions',1),8193862).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDeterminingTheRelationBetweenExpressionsViaEvaluation',1),8193885).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDoingColumnarAddition',1),8193869).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDoingColumnarMultiplication',1),8193992).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsMultiplesCase',1),8193891).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',1),8193893).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',2),8193688).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',3),8193691).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionWithRemainder',1),8193879).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','actFindingAGreatestCommonFactor',1),8193931).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','actFindingAGreatestCommonFactor',2),8193939).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','actMultiplyingADigitAndNumber',1),8193984).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','actMultiplyingTwoSimpleFractions',3),8193713).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','actReorderingOperandsToGroupLikeTerms',1),8194076).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionalOperand',1),8193822).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToWhole',1),8193927).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToWhole',2),8193923).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionReducingOnly',1),8193776).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionReducingOnly',2),8193871).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAMixedNumberWithImproperFractionalPart',1),8193839).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAnImproperFractionReduceAndConvertToMixed',1),8193935).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathProblem',1),8193829).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathWordProblem',1),8193561).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathWordProblem',1),8194066).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAProblem',1),8193803).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingAMixedFractionFromASimpleFraction',1),8193913).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingAnIntegerFromAMixedFraction',1),8193841).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingASimpleFractionFromAMixedFraction',1),8193919).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingMixedFractions',1),8194082).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSummingAColumnOfDigits',1),8193873).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelyEvaluatingATwoArgDivisionExpression',2),8193957).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelyEvaluatingATwoArgMultiplicationExpression',1),8193915).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelySimplifyingATwoArgDivisionExpression',1),8194060).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelySimplifyingATwoArgDivisionExpression',2),8193766).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftSimplifyingAnEvaluatableSubExpression',1),8193795).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionAfterSubstitutingMathProblem'),1),8193818).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),8193563).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),8193917).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwExpressionComparisonProblem'),1),8193875).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwQuantitativeRelationshipMathProblem'),1),8193887).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwSimplifyExpressionMathProblem'),1),8193562).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwSimplifyExpressionMathProblem'),1),8193827).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwEvaluateExpressionAfterSubstitutingMathProblem'),1),8193814).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_7','iVersionOfElleForColumnarMultiplication_0005_7',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),8193799).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8','iDefaultModelForProvidingTheAnswerToAMathProblem',8194531).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingAnIntegerAndAFraction'),8194708).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingAnIntegerAndAMixedFraction'),8195030).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingASimpleFractionAndAnInteger'),8195036).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingIntegersLongOrWithCarryingWithCalculator'),8194777).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingIntegersShortAndWithoutCarrying'),8194775).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingSimpleFractions'),8194759).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingTwoScalarPointValues'),8194582).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingTwoScalarPointValues'),8194799).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergy'),8194626).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergyOfAReactionByAppealToInitialAndFinalSystemStates'),8195014).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergyOfAReactionByAppealToSystemProperties'),8195018).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingTotalTabWithTip'),8194771).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actCancelingOutFactorsDenominatorAndNumerator'),8194681).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actCancelingOutFactorsNumeratorAndDenominator'),8194682).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actCommutingTwoMathematicalExpressions'),8194974).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelyEvaluatingAMathematicalExpressionTopLevel'),8195034).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionNoOpCase'),8194694).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionVariableBindingsKnown'),8194740).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionVariablesButNoVariableBindings'),8194718).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantityMixed'),8194917).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantitySimpleIntegerComponent'),8194669).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantitySimpleNoIntegerComponent'),8194982).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalValueToAPercentageValue'),8194978).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAFractionalNumberOrQuantityMixedToADecimal'),8194911).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAFractionalNumberOrQuantitySimpleToADecimal'),8194891).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAMixedFractionToAnEquivalentMixedFractionIncreasingFractionalPart'),8194722).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAnIntegerToAnEquivalentMixedFraction'),8194907).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAPercentageValueToADecimalValue'),8195028).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAPercentageValueToASimpleFraction'),8194690).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingASimpleFractionToAPercentageValue'),8194646).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actCorrectingErrorOfDeemingIrrelevantQuantityRelevant'),8194933).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorFirstTermUnknownAndFirstRatioGreater'),8194935).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorFirstTermUnknownAndSecondRatioGreater'),8194929).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorSecondTermUnknownAndFirstRatioGreater'),8195044).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorSecondTermUnknownAndSecondRatioGreater'),8195050).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionIntoAnExpressionLeft'),8194590).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionIntoAnExpressionRight'),8194675).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionOutOfAnExpressionLeft'),8194677).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionOutOfAnExpressionRight'),8194688).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDividend'),8194604).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisor'),8195000).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDividendAndDivisorEqualLength'),8194748).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDividendLonger'),8194620).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDivisorLonger'),8194744).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedAndSimpleFractionsMixedDividend'),8194706).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedAndSimpleFractionsMixedDivisor'),8194702).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDividend'),8194726).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDivisor'),8194716).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDivisorAndDividend'),8194736).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDividend'),8194992).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDivisor'),8194964).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDivisorAndDividend'),8194968).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingTwoScalarPointValues'),8194583).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingTwoScalarPointValues'),8194816).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsComplexCase'),8194849).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsMultiplesCase'),8194833).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsNoOpCase'),8194820).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAPercentageOfAnIntegerBaseAmount'),8194622).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAReciprocal'),8194750).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAUnitRate'),8195040).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingTheReciprocalOfAnInteger'),8194990).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingTheReciprocalOfASimpleFraction'),8194998).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),8194522).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),8195022).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),8194524).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),8195006).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),8194515).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),8195054).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actMovingADecimalPointLeftward'),8194632).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actMovingADecimalPointRightward'),8194634).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingADecimalAndAnInteger'),8194970).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAMixedFractionAndASimpleFraction'),8194909).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerAndADecimal'),8194714).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerAndAMixedFraction'),8194944).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerByASimpleFraction'),8194614).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAScalarPointValueByOne'),8194976).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAScalarPointValueByZero'),8194960).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingMultiDigitIntegers'),8194830).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingOneByAScalarPointValue'),8194986).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingSmallIntegers'),8195020).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoDecimals'),8194948).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoMixedFractions'),8194873).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoScalarPointValues'),8194581).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoScalarPointValues'),8194843).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoSmallIntegersWithACarry'),8194954).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingZeroByAScalarPointValue'),8194972).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndAMixedFraction'),8195004).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndAnInteger'),8194767).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndASimpleFraction'),8194600).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoDecimals'),8194984).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoIntegers'),8194869).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoMixedFractionsEqualIntegerComponent'),8194628).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoMixedFractionsUnequalIntegerComponent'),8194624).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoSimpleFractions'),8194814).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoSimpleFractionsCommonDenominators'),8194915).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actPerformingAnOperationOnBothSidesOfAMathStatement'),8194962).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actPlacingADecimalPoint'),8194673).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingACoefficientViaMultiplicationOrDivision'),8194939).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingADecimalPoint'),8194616).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingOneTermViaAdditionOrSubtraction'),8194592).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actRenamingAnIntegerToAnEqualSimpleFractionWithDenominatorOtherThan1'),8194738).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actRenamingAnIntegerToASimpleFractionWithDenominator1'),8194720).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actRepresentingARatioAsASimpleFraction'),8194730).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actRepresentingASimpleFractionAsARatio'),8194921).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actRespondingToAVaguePlantingOfRedFlagUserAction'),8194895).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actRespondingToFeedbackAboutMissedQuantities'),8194671).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actScalingDownARatio'),8194782).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actScalingUpARatio'),8194966).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actSelectingASubExpressionToSimplify'),8194728).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToMixedOnly'),8194865).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAFractionNoOpCase'),8194887).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAMixedNumberDroppingZero'),8194652).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingBothSidesOfAMathStatement'),8194710).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actSolvingAUnivariateLinearEquation'),8194667).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubstitutingTheBindingForOneVariable'),8194724).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingAMixedFractionFromAnInteger'),8194861).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingAnIntegerFromASimpleFraction'),8195010).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingASimpleFractionFromAnInteger'),8194606).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersLargerValueFromSmallerValue'),8194660).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersNumberFromItself'),8194809).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersSingleDigitFromLargerValue'),8194826).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersSmallerValueFromLargerValue'),8194752).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingMixedFractionsFractionalPartOfMinuendGreaterOrEqual'),8194757).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingMixedFractionsFractionalPartOfMinuendLess'),8195002).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingSimpleFractions'),8194847).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingSimpleFractionsWithCommonDenominators'),8194855).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValues'),8194584).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValues'),8194812).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValuesNumberFromItself'),8194773).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actTransformingAMathExpressionUsingAssociationLeft'),8194650).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','actTransformingAMathExpressionUsingAssociationRight'),8194640).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelyEvaluatingAMathematicalExpression'),8194734).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelySimplifyingAMathExpression'),8194663).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelySimplifyingAMathExpressionFractionalexpression'),8194638).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneAdditionSubExpression'),8195016).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneDivisionSubExpression'),8194903).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneEnclosedSubExpression'),8194644).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneMultiplicationSubExpression'),8194899).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneSubExpression'),8194952).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneSubtractionSubExpression'),8194786).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','ftSimplifyingAnEnclosedSubExpression'),8194618).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn','ftSimplifyingASubExpression'),8194927).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actCheckingAnswerToProblemOfTypeFn','cwSolveLinearEquationOfOneVariableProblem')),8194610).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tParallelogram')),8194612).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tRectangle')),8194636).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tTrapezoid')),8194996).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tTriangle')),8194602).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tPentagon')),8194937).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tQuadrilateral')),8194863).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tTriangle')),8194877).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tRectangularParallelepiped')),8194818).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tRightCylinder')),8194801).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tWedge')),8194946).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tPyramidRectangularBase')),8194746).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRectangularParallelepiped')),8194994).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRightCircularCone')),8194704).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRightCylinder')),8194665).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tTetrahedron')),8194763).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tWedge')),8194700).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',0)),8194516).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',0)),8194712).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',1)),8194526).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',1)),8194608).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',2)),8194525).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',2)),8194630).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',3)),8194523).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',3)),8194642).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',4)),8194520).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',4)),8194988).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',1)),8195012).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',2)),8194518).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',2)),8195024).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',3)),8194521).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',3)),8194931).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',4)),8194519).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',4)),8195052).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actMultiplyingNumberOrQuantityTypesFn','vtFractionalNumberOrQuantitySimple','vtScalarIntegralValue')),8194692).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actSolvingEventTypeForProblemFn','iBELLAProblemPlaceholder')),8194698).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwMathWordProblem')),8194517).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwMathWordProblem')),8194956).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwSimplifyExpressionMathProblem')),8194530).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwSimplifyExpressionMathProblem')),8194875).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventReflectingFigureTypeFn','tTriangle')),8194648).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventRotatingFigureTypeFn','tTriangle')),8194925).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventTranslatingFigureTypeFn','tTriangle')),8195008).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingIntegersLongOrWithCarrying',1),8194790).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingIntegersSingleDigitToAnything',1),8194980).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractions',2),8195038).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractions',3),8195046).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionsWithCommonDenominators',1),8194822).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionToSimpleFraction',1),8194755).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionToSimpleFraction',2),8194919).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionsWithCommonDenominator',1),8194797).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionToMixedFraction',1),8194913).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionToMixedFraction',2),8194824).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtSuccessfulProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionNoVariables',1),8194696).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingAMixedFractionToASimpleFraction',1),8194867).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingASimpleFractionToAMixedFraction',1),8194871).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingToAnEquivalentFraction',1),8194803).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDeterminingTheRelationBetweenAdditionExpressions',1),8194828).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDeterminingTheRelationBetweenExpressionsViaEvaluation',1),8194851).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDoingColumnarAddition',1),8194835).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDoingColumnarMultiplication',1),8194958).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsMultiplesCase',1),8194857).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',1),8194859).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',2),8194654).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',3),8194657).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionWithRemainder',1),8194845).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtSuccessfulProcessForProblemTypeMtFn','actFindingAGreatestCommonFactor',1),8194897).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtSuccessfulProcessForProblemTypeMtFn','actFindingAGreatestCommonFactor',2),8194905).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtSuccessfulProcessForProblemTypeMtFn','actMultiplyingADigitAndNumber',1),8194950).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtSuccessfulProcessForProblemTypeMtFn','actMultiplyingTwoSimpleFractions',3),8194679).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtSuccessfulProcessForProblemTypeMtFn','actReorderingOperandsToGroupLikeTerms',1),8195042).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionalOperand',1),8194788).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToWhole',1),8194893).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToWhole',2),8194889).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionReducingOnly',1),8194742).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionReducingOnly',2),8194837).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAMixedNumberWithImproperFractionalPart',1),8194805).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAnImproperFractionReduceAndConvertToMixed',1),8194901).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathProblem',1),8194795).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathWordProblem',1),8194527).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathWordProblem',1),8195032).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAProblem',1),8194769).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingAMixedFractionFromASimpleFraction',1),8194879).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingAnIntegerFromAMixedFraction',1),8194807).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingASimpleFractionFromAMixedFraction',1),8194885).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingMixedFractions',1),8195048).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSummingAColumnOfDigits',1),8194839).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelyEvaluatingATwoArgDivisionExpression',2),8194923).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelyEvaluatingATwoArgMultiplicationExpression',1),8194881).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelySimplifyingATwoArgDivisionExpression',1),8195026).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelySimplifyingATwoArgDivisionExpression',2),8194732).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftSimplifyingAnEvaluatableSubExpression',1),8194761).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionAfterSubstitutingMathProblem'),1),8194784).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),8194529).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),8194883).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwExpressionComparisonProblem'),1),8194841).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwQuantitativeRelationshipMathProblem'),1),8194853).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwSimplifyExpressionMathProblem'),1),8194528).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwSimplifyExpressionMathProblem'),1),8194793).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwEvaluateExpressionAfterSubstitutingMathProblem'),1),8194780).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_0005_8','iVersionOfElleForColumnarMultiplication_0005_8',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),8194765).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1','iDefaultModelForProvidingTheAnswerToAMathProblem',8133808).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingAnIntegerAndAFraction'),8134032).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingAnIntegerAndAMixedFraction'),8134348).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingASimpleFractionAndAnInteger'),8134354).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingIntegersLongOrWithCarryingWithCalculator'),8134101).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingIntegersShortAndWithoutCarrying'),8134099).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingSimpleFractions'),8134083).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingTwoScalarPointValues'),8133906).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingTwoScalarPointValues'),8134123).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergy'),8133950).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergyOfAReactionByAppealToInitialAndFinalSystemStates'),8134332).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergyOfAReactionByAppealToSystemProperties'),8134336).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingTotalTabWithTip'),8134095).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCancelingOutFactorsDenominatorAndNumerator'),8134005).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCancelingOutFactorsNumeratorAndDenominator'),8134006).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCommutingTwoMathematicalExpressions'),8134292).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelyEvaluatingAMathematicalExpressionTopLevel'),8134352).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionNoOpCase'),8134018).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionVariableBindingsKnown'),8134064).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionVariablesButNoVariableBindings'),8134042).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantityMixed'),8134241).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantitySimpleIntegerComponent'),8133993).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantitySimpleNoIntegerComponent'),8134300).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalValueToAPercentageValue'),8134296).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAFractionalNumberOrQuantityMixedToADecimal'),8134235).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAFractionalNumberOrQuantitySimpleToADecimal'),8134215).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAMixedFractionToAnEquivalentMixedFractionIncreasingFractionalPart'),8134046).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAnIntegerToAnEquivalentMixedFraction'),8134231).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAPercentageValueToADecimalValue'),8134346).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAPercentageValueToASimpleFraction'),8134014).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingASimpleFractionToAPercentageValue'),8133970).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCorrectingErrorOfDeemingIrrelevantQuantityRelevant'),8134257).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorFirstTermUnknownAndFirstRatioGreater'),8134259).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorFirstTermUnknownAndSecondRatioGreater'),8134253).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorSecondTermUnknownAndFirstRatioGreater'),8134362).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorSecondTermUnknownAndSecondRatioGreater'),8134368).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionIntoAnExpressionLeft'),8133914).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionIntoAnExpressionRight'),8133999).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionOutOfAnExpressionLeft'),8134001).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionOutOfAnExpressionRight'),8134012).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDividend'),8133928).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisor'),8134318).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDividendAndDivisorEqualLength'),8134072).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDividendLonger'),8133944).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDivisorLonger'),8134068).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedAndSimpleFractionsMixedDividend'),8134030).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedAndSimpleFractionsMixedDivisor'),8134026).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDividend'),8134050).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDivisor'),8134040).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDivisorAndDividend'),8134060).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDividend'),8134310).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDivisor'),8134282).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDivisorAndDividend'),8134286).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingTwoScalarPointValues'),8133907).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingTwoScalarPointValues'),8134140).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsComplexCase'),8134173).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsMultiplesCase'),8134157).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsNoOpCase'),8134144).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAPercentageOfAnIntegerBaseAmount'),8133946).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAReciprocal'),8134074).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAUnitRate'),8134358).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingTheReciprocalOfAnInteger'),8134308).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingTheReciprocalOfASimpleFraction'),8134316).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),8133798).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),8134340).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),8133801).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),8134324).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),8133792).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),8134372).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMovingADecimalPointLeftward'),8133956).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMovingADecimalPointRightward'),8133958).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingADecimalAndAnInteger'),8134288).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAMixedFractionAndASimpleFraction'),8134233).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerAndADecimal'),8134038).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerAndAMixedFraction'),8134268).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerByASimpleFraction'),8133938).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAScalarPointValueByOne'),8134294).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAScalarPointValueByZero'),8134278).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingMultiDigitIntegers'),8134154).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingOneByAScalarPointValue'),8134304).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingSmallIntegers'),8134338).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoDecimals'),8134272).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoMixedFractions'),8134197).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoScalarPointValues'),8133905).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoScalarPointValues'),8134167).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoSmallIntegersWithACarry'),8134739).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingZeroByAScalarPointValue'),8134290).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndAMixedFraction'),8134322).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndAnInteger'),8134091).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndASimpleFraction'),8133924).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoDecimals'),8134302).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoIntegers'),8134193).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoMixedFractionsEqualIntegerComponent'),8133952).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoMixedFractionsUnequalIntegerComponent'),8133948).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoSimpleFractions'),8134138).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoSimpleFractionsCommonDenominators'),8134239).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actPerformingAnOperationOnBothSidesOfAMathStatement'),8134280).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actPlacingADecimalPoint'),8133997).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingACoefficientViaMultiplicationOrDivision'),8134263).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingADecimalPoint'),8133940).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingOneTermViaAdditionOrSubtraction'),8133916).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRenamingAnIntegerToAnEqualSimpleFractionWithDenominatorOtherThan1'),8134062).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRenamingAnIntegerToASimpleFractionWithDenominator1'),8134044).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRepresentingARatioAsASimpleFraction'),8134056).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRepresentingASimpleFractionAsARatio'),8134245).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRespondingToAVaguePlantingOfRedFlagUserAction'),8134219).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRespondingToFeedbackAboutMissedQuantities'),8133995).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actScalingDownARatio'),8134106).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actScalingUpARatio'),8134284).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSelectingASubExpressionToSimplify'),8134052).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToMixedOnly'),8134189).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAFractionNoOpCase'),8134211).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAMixedNumberDroppingZero'),8133976).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingBothSidesOfAMathStatement'),8134034).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSolvingAUnivariateLinearEquation'),8133991).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubstitutingTheBindingForOneVariable'),8134048).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingAMixedFractionFromAnInteger'),8134185).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingAnIntegerFromASimpleFraction'),8134328).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingASimpleFractionFromAnInteger'),8133930).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersLargerValueFromSmallerValue'),8133984).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersNumberFromItself'),8134133).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersSingleDigitFromLargerValue'),8134150).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersSmallerValueFromLargerValue'),8134076).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingMixedFractionsFractionalPartOfMinuendGreaterOrEqual'),8134081).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingMixedFractionsFractionalPartOfMinuendLess'),8134320).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingSimpleFractions'),8134171).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingSimpleFractionsWithCommonDenominators'),8134179).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValues'),8133908).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValues'),8134136).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValuesNumberFromItself'),8134097).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actTransformingAMathExpressionUsingAssociationLeft'),8133974).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actTransformingAMathExpressionUsingAssociationRight'),8133964).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelyEvaluatingAMathematicalExpression'),8134058).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelySimplifyingAMathExpression'),8133987).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelySimplifyingAMathExpressionFractionalexpression'),8133962).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneAdditionSubExpression'),8134334).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneDivisionSubExpression'),8134227).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneEnclosedSubExpression'),8133968).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneMultiplicationSubExpression'),8134223).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneSubExpression'),8134274).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneSubtractionSubExpression'),8134110).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftSimplifyingAnEnclosedSubExpression'),8133942).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftSimplifyingASubExpression'),8134251).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actCheckingAnswerToProblemOfTypeFn','cwSolveLinearEquationOfOneVariableProblem')),8133934).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tParallelogram')),8133936).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tRectangle')),8133960).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tTrapezoid')),8134314).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tTriangle')),8133926).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tPentagon')),8134261).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tQuadrilateral')),8134187).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tTriangle')),8134201).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tRectangularParallelepiped')),8134142).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tRightCylinder')),8134127).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tWedge')),8134270).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tPyramidRectangularBase')),8134070).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRectangularParallelepiped')),8134312).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRightCircularCone')),8134028).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRightCylinder')),8133989).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tTetrahedron')),8134089).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tWedge')),8134024).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',0)),8133793).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',0)),8134036).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',1)),8133802).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',1)),8133932).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',2)),8133800).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',2)),8133954).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',3)),8133797).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',3)),8133966).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',4)),8133795).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',4)),8134306).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',1)),8134330).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',2)),8133799).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',2)),8134342).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',3)),8133796).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',3)),8134255).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',4)),8133803).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',4)),8134370).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actMultiplyingNumberOrQuantityTypesFn','vtFractionalNumberOrQuantitySimple','vtScalarIntegralValue')),8134016).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actSolvingEventTypeForProblemFn','iBELLAProblemPlaceholder')),8134022).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwMathWordProblem')),8133794).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwMathWordProblem')),8134276).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwSimplifyExpressionMathProblem')),8133807).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwSimplifyExpressionMathProblem')),8134199).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventReflectingFigureTypeFn','tTriangle')),8133972).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventRotatingFigureTypeFn','tTriangle')),8134249).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventTranslatingFigureTypeFn','tTriangle')),8134326).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingIntegersLongOrWithCarrying',1),8134114).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingIntegersSingleDigitToAnything',1),8134298).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractions',2),8134356).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractions',3),8134364).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionsWithCommonDenominators',1),8134146).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionToSimpleFraction',1),8134079).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionToSimpleFraction',2),8134243).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionsWithCommonDenominator',1),8134121).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionToMixedFraction',1),8134237).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionToMixedFraction',2),8134148).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionNoVariables',1),8134020).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingAMixedFractionToASimpleFraction',1),8134191).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingASimpleFractionToAMixedFraction',1),8134195).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingToAnEquivalentFraction',1),8134125).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDeterminingTheRelationBetweenAdditionExpressions',1),8134152).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDeterminingTheRelationBetweenExpressionsViaEvaluation',1),8134175).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDoingColumnarAddition',1),8134159).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDoingColumnarMultiplication',1),8134434).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsMultiplesCase',1),8134181).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',1),8134183).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',2),8133978).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',3),8133981).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionWithRemainder',1),8134169).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actFindingAGreatestCommonFactor',1),8134221).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actFindingAGreatestCommonFactor',2),8134229).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actMultiplyingADigitAndNumber',1),8134432).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actMultiplyingTwoSimpleFractions',3),8134003).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actReorderingOperandsToGroupLikeTerms',1),8134360).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionalOperand',1),8134112).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToWhole',1),8134217).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToWhole',2),8134213).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionReducingOnly',1),8134066).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionReducingOnly',2),8134161).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAMixedNumberWithImproperFractionalPart',1),8134129).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAnImproperFractionReduceAndConvertToMixed',1),8134225).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathProblem',1),8134119).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathWordProblem',1),8133804).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathWordProblem',1),8134350).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAProblem',1),8134093).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingAMixedFractionFromASimpleFraction',1),8134203).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingAnIntegerFromAMixedFraction',1),8134131).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingASimpleFractionFromAMixedFraction',1),8134209).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingMixedFractions',1),8134366).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSummingAColumnOfDigits',1),8134163).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelyEvaluatingATwoArgDivisionExpression',2),8134247).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelyEvaluatingATwoArgMultiplicationExpression',1),8134205).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelySimplifyingATwoArgDivisionExpression',1),8134344).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelySimplifyingATwoArgDivisionExpression',2),8134054).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftSimplifyingAnEvaluatableSubExpression',1),8134085).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionAfterSubstitutingMathProblem'),1),8134108).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),8133806).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),8134207).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwExpressionComparisonProblem'),1),8134165).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwQuantitativeRelationshipMathProblem'),1),8134177).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwSimplifyExpressionMathProblem'),1),8133805).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwSimplifyExpressionMathProblem'),1),8134117).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwEvaluateExpressionAfterSubstitutingMathProblem'),1),8134104).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_1','iVersionOfElleForColumnarMultiplication_Complex_0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),8134087).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2','iDefaultModelForProvidingTheAnswerToAMathProblem',8144060).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingAnIntegerAndAFraction'),8144237).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingAnIntegerAndAMixedFraction'),8144559).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingASimpleFractionAndAnInteger'),8144565).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingIntegersLongOrWithCarryingWithCalculator'),8144306).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingIntegersShortAndWithoutCarrying'),8144304).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingSimpleFractions'),8144288).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingTwoScalarPointValues'),8144111).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingTwoScalarPointValues'),8144328).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergy'),8144155).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergyOfAReactionByAppealToInitialAndFinalSystemStates'),8144543).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergyOfAReactionByAppealToSystemProperties'),8144547).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingTotalTabWithTip'),8144300).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actCancelingOutFactorsDenominatorAndNumerator'),8144210).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actCancelingOutFactorsNumeratorAndDenominator'),8144211).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actCommutingTwoMathematicalExpressions'),8144503).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelyEvaluatingAMathematicalExpressionTopLevel'),8144563).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionNoOpCase'),8144223).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionVariableBindingsKnown'),8144269).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionVariablesButNoVariableBindings'),8144247).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantityMixed'),8144446).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantitySimpleIntegerComponent'),8144198).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantitySimpleNoIntegerComponent'),8144511).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalValueToAPercentageValue'),8144507).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAFractionalNumberOrQuantityMixedToADecimal'),8144440).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAFractionalNumberOrQuantitySimpleToADecimal'),8144420).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAMixedFractionToAnEquivalentMixedFractionIncreasingFractionalPart'),8144251).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAnIntegerToAnEquivalentMixedFraction'),8144436).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAPercentageValueToADecimalValue'),8144557).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAPercentageValueToASimpleFraction'),8144219).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingASimpleFractionToAPercentageValue'),8144175).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actCorrectingErrorOfDeemingIrrelevantQuantityRelevant'),8144462).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorFirstTermUnknownAndFirstRatioGreater'),8144464).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorFirstTermUnknownAndSecondRatioGreater'),8144458).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorSecondTermUnknownAndFirstRatioGreater'),8144573).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorSecondTermUnknownAndSecondRatioGreater'),8144579).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionIntoAnExpressionLeft'),8144119).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionIntoAnExpressionRight'),8144204).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionOutOfAnExpressionLeft'),8144206).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionOutOfAnExpressionRight'),8144217).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDividend'),8144133).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisor'),8144529).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDividendAndDivisorEqualLength'),8144277).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDividendLonger'),8144149).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDivisorLonger'),8144273).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedAndSimpleFractionsMixedDividend'),8144235).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedAndSimpleFractionsMixedDivisor'),8144231).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDividend'),8144255).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDivisor'),8144245).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDivisorAndDividend'),8144265).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDividend'),8144521).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDivisor'),8144493).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDivisorAndDividend'),8144497).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingTwoScalarPointValues'),8144112).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingTwoScalarPointValues'),8144345).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsComplexCase'),8144378).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsMultiplesCase'),8144362).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsNoOpCase'),8144349).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAPercentageOfAnIntegerBaseAmount'),8144151).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAReciprocal'),8144279).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAUnitRate'),8144569).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingTheReciprocalOfAnInteger'),8144519).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingTheReciprocalOfASimpleFraction'),8144527).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),8144051).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),8144551).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),8144053).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),8144535).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),8144044).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),8144583).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMovingADecimalPointLeftward'),8144161).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMovingADecimalPointRightward'),8144163).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingADecimalAndAnInteger'),8144499).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAMixedFractionAndASimpleFraction'),8144438).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerAndADecimal'),8144243).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerAndAMixedFraction'),8144475).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerByASimpleFraction'),8144143).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAScalarPointValueByOne'),8144505).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAScalarPointValueByZero'),8144489).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingMultiDigitIntegers'),8144359).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingOneByAScalarPointValue'),8144515).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingSmallIntegers'),8144549).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoDecimals'),8144481).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoMixedFractions'),8144402).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoScalarPointValues'),8144110).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoScalarPointValues'),8144372).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoSmallIntegersWithACarry'),8144479).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingZeroByAScalarPointValue'),8144501).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndAMixedFraction'),8144533).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndAnInteger'),8144296).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndASimpleFraction'),8144129).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoDecimals'),8144513).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoIntegers'),8144398).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoMixedFractionsEqualIntegerComponent'),8144157).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoMixedFractionsUnequalIntegerComponent'),8144153).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoSimpleFractions'),8144343).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoSimpleFractionsCommonDenominators'),8144444).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actPerformingAnOperationOnBothSidesOfAMathStatement'),8144491).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actPlacingADecimalPoint'),8144202).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingACoefficientViaMultiplicationOrDivision'),8144468).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingADecimalPoint'),8144145).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingOneTermViaAdditionOrSubtraction'),8144121).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actRenamingAnIntegerToAnEqualSimpleFractionWithDenominatorOtherThan1'),8144267).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actRenamingAnIntegerToASimpleFractionWithDenominator1'),8144249).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actRepresentingARatioAsASimpleFraction'),8144261).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actRepresentingASimpleFractionAsARatio'),8144450).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actRespondingToAVaguePlantingOfRedFlagUserAction'),8144424).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actRespondingToFeedbackAboutMissedQuantities'),8144200).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actScalingDownARatio'),8144311).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actScalingUpARatio'),8144495).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSelectingASubExpressionToSimplify'),8144257).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToMixedOnly'),8144394).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAFractionNoOpCase'),8144416).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAMixedNumberDroppingZero'),8144181).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingBothSidesOfAMathStatement'),8144239).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSolvingAUnivariateLinearEquation'),8144196).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubstitutingTheBindingForOneVariable'),8144253).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingAMixedFractionFromAnInteger'),8144390).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingAnIntegerFromASimpleFraction'),8144539).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingASimpleFractionFromAnInteger'),8144135).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersLargerValueFromSmallerValue'),8144189).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersNumberFromItself'),8144338).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersSingleDigitFromLargerValue'),8144355).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersSmallerValueFromLargerValue'),8144281).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingMixedFractionsFractionalPartOfMinuendGreaterOrEqual'),8144286).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingMixedFractionsFractionalPartOfMinuendLess'),8144531).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingSimpleFractions'),8144376).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingSimpleFractionsWithCommonDenominators'),8144384).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValues'),8144113).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValues'),8144341).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValuesNumberFromItself'),8144302).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actTransformingAMathExpressionUsingAssociationLeft'),8144179).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actTransformingAMathExpressionUsingAssociationRight'),8144169).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelyEvaluatingAMathematicalExpression'),8144263).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelySimplifyingAMathExpression'),8144192).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelySimplifyingAMathExpressionFractionalexpression'),8144167).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneAdditionSubExpression'),8144545).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneDivisionSubExpression'),8144432).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneEnclosedSubExpression'),8144173).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneMultiplicationSubExpression'),8144428).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneSubExpression'),8144485).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneSubtractionSubExpression'),8144315).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','ftSimplifyingAnEnclosedSubExpression'),8144147).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','ftSimplifyingASubExpression'),8144456).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actCheckingAnswerToProblemOfTypeFn','cwSolveLinearEquationOfOneVariableProblem')),8144139).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tParallelogram')),8144141).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tRectangle')),8144165).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tTrapezoid')),8144525).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tTriangle')),8144131).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tPentagon')),8144466).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tQuadrilateral')),8144392).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tTriangle')),8144406).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tRectangularParallelepiped')),8144347).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tRightCylinder')),8144332).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tWedge')),8144477).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tPyramidRectangularBase')),8144275).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRectangularParallelepiped')),8144523).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRightCircularCone')),8144233).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRightCylinder')),8144194).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tTetrahedron')),8144294).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tWedge')),8144229).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',0)),8144045).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',0)),8144241).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',1)),8144055).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',1)),8144137).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',2)),8144054).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',2)),8144159).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',3)),8144052).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',3)),8144171).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',4)),8144049).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',4)),8144517).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',1)),8144541).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',2)),8144047).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',2)),8144553).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',3)),8144050).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',3)),8144460).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',4)),8144048).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',4)),8144581).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actMultiplyingNumberOrQuantityTypesFn','vtFractionalNumberOrQuantitySimple','vtScalarIntegralValue')),8144221).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actSolvingEventTypeForProblemFn','iBELLAProblemPlaceholder')),8144227).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwMathWordProblem')),8144046).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwMathWordProblem')),8144487).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwSimplifyExpressionMathProblem')),8144059).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwSimplifyExpressionMathProblem')),8144404).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventReflectingFigureTypeFn','tTriangle')),8144177).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventRotatingFigureTypeFn','tTriangle')),8144454).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventTranslatingFigureTypeFn','tTriangle')),8144537).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingIntegersLongOrWithCarrying',1),8144319).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingIntegersSingleDigitToAnything',1),8144509).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractions',2),8144567).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractions',3),8144575).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionsWithCommonDenominators',1),8144351).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionToSimpleFraction',1),8144284).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionToSimpleFraction',2),8144448).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionsWithCommonDenominator',1),8144326).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionToMixedFraction',1),8144442).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionToMixedFraction',2),8144353).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionNoVariables',1),8144225).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingAMixedFractionToASimpleFraction',1),8144396).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingASimpleFractionToAMixedFraction',1),8144400).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingToAnEquivalentFraction',1),8144330).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDeterminingTheRelationBetweenAdditionExpressions',1),8144357).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDeterminingTheRelationBetweenExpressionsViaEvaluation',1),8144380).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDoingColumnarAddition',1),8144364).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDoingColumnarMultiplication',1),8144483).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsMultiplesCase',1),8144386).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',1),8144388).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',2),8144183).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',3),8144186).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionWithRemainder',1),8144374).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actFindingAGreatestCommonFactor',1),8144426).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actFindingAGreatestCommonFactor',2),8144434).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actMultiplyingADigitAndNumber',1),8144473).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actMultiplyingTwoSimpleFractions',3),8144208).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actReorderingOperandsToGroupLikeTerms',1),8144571).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionalOperand',1),8144317).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToWhole',1),8144422).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToWhole',2),8144418).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionReducingOnly',1),8144271).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionReducingOnly',2),8144366).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAMixedNumberWithImproperFractionalPart',1),8144334).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAnImproperFractionReduceAndConvertToMixed',1),8144430).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathProblem',1),8144324).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathWordProblem',1),8144056).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathWordProblem',1),8144561).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAProblem',1),8144298).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingAMixedFractionFromASimpleFraction',1),8144408).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingAnIntegerFromAMixedFraction',1),8144336).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingASimpleFractionFromAMixedFraction',1),8144414).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingMixedFractions',1),8144577).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSummingAColumnOfDigits',1),8144368).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelyEvaluatingATwoArgDivisionExpression',2),8144452).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelyEvaluatingATwoArgMultiplicationExpression',1),8144410).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelySimplifyingATwoArgDivisionExpression',1),8144555).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelySimplifyingATwoArgDivisionExpression',2),8144259).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftSimplifyingAnEvaluatableSubExpression',1),8144290).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionAfterSubstitutingMathProblem'),1),8144313).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),8144058).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),8144412).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwExpressionComparisonProblem'),1),8144370).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwQuantitativeRelationshipMathProblem'),1),8144382).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwSimplifyExpressionMathProblem'),1),8144057).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwSimplifyExpressionMathProblem'),1),8144322).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwEvaluateExpressionAfterSubstitutingMathProblem'),1),8144309).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplication_Complex_0001_2','iVersionOfElleForColumnarMultiplication_Complex_0001_2',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),8144292).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1','iDefaultModelForProvidingTheAnswerToAMathProblem',7356911).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingAnIntegerAndAFraction'),7357340).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingAnIntegerAndAMixedFraction'),7357121).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingASimpleFractionAndAnInteger'),7357127).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingIntegersLongOrWithCarryingWithCalculator'),7357153).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingIntegersShortAndWithoutCarrying'),7357156).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingSimpleFractions'),7357162).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingTwoScalarPointValues'),7357009).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingTwoScalarPointValues'),7357238).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergy'),7357376).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergyOfAReactionByAppealToInitialAndFinalSystemStates'),7357418).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergyOfAReactionByAppealToSystemProperties'),7357406).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingTotalTabWithTip'),7357149).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCancelingOutFactorsDenominatorAndNumerator'),7357274).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCancelingOutFactorsNumeratorAndDenominator'),7357275).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCommutingTwoMathematicalExpressions'),7357064).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelyEvaluatingAMathematicalExpressionTopLevel'),7357125).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionNoOpCase'),7357330).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionVariableBindingsKnown'),7357178).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionVariablesButNoVariableBindings'),7357346).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantityMixed'),7357295).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantitySimpleIntegerComponent'),7357314).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantitySimpleNoIntegerComponent'),7357070).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalValueToAPercentageValue'),7357066).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAFractionalNumberOrQuantityMixedToADecimal'),7357289).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAFractionalNumberOrQuantitySimpleToADecimal'),7357260).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAMixedFractionToAnEquivalentMixedFractionIncreasingFractionalPart'),7357358).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAnIntegerToAnEquivalentMixedFraction'),7357285).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAPercentageValueToADecimalValue'),7357119).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAPercentageValueToASimpleFraction'),7357326).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingASimpleFractionToAPercentageValue'),7357404).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCorrectingErrorOfDeemingIrrelevantQuantityRelevant'),7357090).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorFirstTermUnknownAndFirstRatioGreater'),7357092).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorFirstTermUnknownAndSecondRatioGreater'),7357094).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorSecondTermUnknownAndFirstRatioGreater'),7357135).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorSecondTermUnknownAndSecondRatioGreater'),7357141).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionIntoAnExpressionLeft'),7357438).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionIntoAnExpressionRight'),7357320).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionOutOfAnExpressionLeft'),7357322).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionOutOfAnExpressionRight'),7357324).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDividend'),7357455).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisor'),7357424).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDividendAndDivisorEqualLength'),7357170).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDividendLonger'),7357378).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDivisorLonger'),7357372).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedAndSimpleFractionsMixedDividend'),7357344).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedAndSimpleFractionsMixedDivisor'),7357336).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDividend'),7357354).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDivisor'),7357352).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDivisorAndDividend'),7357362).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDividend'),7357432).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDivisor'),7357076).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDivisorAndDividend'),7357060).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingTwoScalarPointValues'),7357010).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingTwoScalarPointValues'),7357254).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsComplexCase'),7357217).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsMultiplesCase'),7357205).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsNoOpCase'),7357188).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAPercentageOfAnIntegerBaseAmount'),7357380).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAReciprocal'),7357168).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAUnitRate'),7357131).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingTheReciprocalOfAnInteger'),7357078).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingTheReciprocalOfASimpleFraction'),7357434).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),7356896).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),7357410).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),7356895).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),7357426).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),7356900).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),7357145).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMovingADecimalPointLeftward'),7357382).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMovingADecimalPointRightward'),7357384).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingADecimalAndAnInteger'),7357062).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAMixedFractionAndASimpleFraction'),7357287).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerAndADecimal'),7357182).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerAndAMixedFraction'),7357098).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAScalarPointValueByOne'),7357072).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAScalarPointValueByZero'),7357058).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingMultiDigitIntegers'),7357190).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingOneByAScalarPointValue'),7357074).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingSmallIntegers'),7357412).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoDecimals'),7357113).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoMixedFractions'),7357047).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoScalarPointValues'),7357008).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoScalarPointValues'),7357203).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingZeroByAScalarPointValue'),7357054).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndAMixedFraction'),7357428).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndAnInteger'),7357164).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndASimpleFraction'),7357448).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoDecimals'),7357080).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoIntegers'),7357019).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoMixedFractionsEqualIntegerComponent'),7357386).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoMixedFractionsUnequalIntegerComponent'),7357374).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoSimpleFractions'),7357252).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoSimpleFractionsCommonDenominators'),7357293).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actPerformingAnOperationOnBothSidesOfAMathStatement'),7357049).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actPlacingADecimalPoint'),7357318).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingACoefficientViaMultiplicationOrDivision'),7357104).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingADecimalPoint'),7357467).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingOneTermViaAdditionOrSubtraction'),7357440).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRenamingAnIntegerToAnEqualSimpleFractionWithDenominatorOtherThan1'),7357364).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRenamingAnIntegerToASimpleFractionWithDenominator1'),7357348).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRepresentingARatioAsASimpleFraction'),7357366).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRepresentingASimpleFractionAsARatio'),7357086).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRespondingToAVaguePlantingOfRedFlagUserAction'),7357264).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRespondingToFeedbackAboutMissedQuantities'),7357316).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actScalingDownARatio'),7357219).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actScalingUpARatio'),7357056).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSelectingASubExpressionToSimplify'),7357356).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToMixedOnly'),7357023).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAFractionNoOpCase'),7357037).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAMixedNumberDroppingZero'),7357195).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingBothSidesOfAMathStatement'),7357338).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSolvingAUnivariateLinearEquation'),7357312).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubstitutingTheBindingForOneVariable'),7357360).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingAMixedFractionFromAnInteger'),7357027).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingAnIntegerFromASimpleFraction'),7357414).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingASimpleFractionFromAnInteger'),7357457).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersLargerValueFromSmallerValue'),7357051).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersNumberFromItself'),7357301).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersSingleDigitFromLargerValue'),7357186).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersSmallerValueFromLargerValue'),7357452).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingMixedFractionsFractionalPartOfMinuendGreaterOrEqual'),7357172).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingMixedFractionsFractionalPartOfMinuendLess'),7357422).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingSimpleFractions'),7357207).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingSimpleFractionsWithCommonDenominators'),7357215).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValues'),7357011).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValues'),7357258).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValuesNumberFromItself'),7357459).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actTransformingAMathExpressionUsingAssociationLeft'),7357400).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actTransformingAMathExpressionUsingAssociationRight'),7357390).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelyEvaluatingAMathematicalExpression'),7357368).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelySimplifyingAMathExpression'),7357306).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelySimplifyingAMathExpressionFractionalexpression'),7357396).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneAdditionSubExpression'),7357408).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneDivisionSubExpression'),7357281).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneEnclosedSubExpression'),7357402).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneMultiplicationSubExpression'),7357268).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneSubExpression'),7357109).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneSubtractionSubExpression'),7357234).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftSimplifyingAnEnclosedSubExpression'),7357469).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftSimplifyingASubExpression'),7357084).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actCheckingAnswerToProblemOfTypeFn','cwSolveLinearEquationOfOneVariableProblem')),7357463).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tParallelogram')),7357465).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tRectangle')),7357394).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tTrapezoid')),7357436).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tTriangle')),7357450).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tPentagon')),7357102).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tQuadrilateral')),7357029).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tTriangle')),7357043).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tRectangularParallelepiped')),7357184).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tRightCylinder')),7357243).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tWedge')),7357100).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tPyramidRectangularBase')),7357370).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRectangularParallelepiped')),7357430).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRightCircularCone')),7357342).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRightCylinder')),7357310).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tTetrahedron')),7357166).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tWedge')),7357334).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',0)),7356904).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',0)),7357350).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',1)),7356897).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',1)),7357461).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',2)),7356898).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',2)),7357388).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',3)),7356899).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',3)),7357392).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',4)),7356901).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',4)),7357068).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',1)),7357420).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',2)),7356902).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',2)),7357115).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',3)),7356903).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',3)),7357096).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',4)),7356905).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',4)),7357143).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actMultiplyingNumberOrQuantityTypesFn','vtFractionalNumberOrQuantitySimple','vtScalarIntegralValue')),7357328).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actSolvingEventTypeForProblemFn','iBELLAProblemPlaceholder')),7357332).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwMathWordProblem')),7356906).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwMathWordProblem')),7357111).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwSimplifyExpressionMathProblem')),7356910).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwSimplifyExpressionMathProblem')),7357033).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventReflectingFigureTypeFn','tTriangle')),7357398).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventRotatingFigureTypeFn','tTriangle')),7357082).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventTranslatingFigureTypeFn','tTriangle')),7357416).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingIntegersLongOrWithCarrying',1),7357229).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingIntegersSingleDigitToAnything',1),7357025).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractions',2),7357129).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractions',3),7357137).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionsWithCommonDenominators',1),7357180).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionToSimpleFraction',1),7357174).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionToSimpleFraction',2),7357297).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionsWithCommonDenominator',1),7357250).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionToMixedFraction',1),7357225).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionToMixedFraction',2),7357193).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionNoVariables',1),7357308).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingAMixedFractionToASimpleFraction',1),7357041).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingASimpleFractionToAMixedFraction',1),7357021).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingToAnEquivalentFraction',1),7357223).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDeterminingTheRelationBetweenAdditionExpressions',1),7357199).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDeterminingTheRelationBetweenExpressionsViaEvaluation',1),7357211).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDoingColumnarMultiplication',1),7357518).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsMultiplesCase',1),7357031).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',1),7357017).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',2),7357245).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',3),7357240).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionWithRemainder',1),7357213).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actFindingAGreatestCommonFactor',1),7357291).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actFindingAGreatestCommonFactor',2),7357299).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actMultiplyingADigitAndNumber',1),7358870).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actMultiplyingAnIntegerByASimpleFraction',1),7357160).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actMultiplyingTwoSimpleFractions',3),7357272).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actReorderingOperandsToGroupLikeTerms',1),7357133).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionalOperand',1),7357236).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToWhole',1),7357262).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToWhole',2),7357283).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionReducingOnly',1),7357176).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionReducingOnly',2),7357197).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAMixedNumberWithImproperFractionalPart',1),7357304).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAnImproperFractionReduceAndConvertToMixed',1),7357270).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathProblem',1),7357248).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathWordProblem',1),7356907).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathWordProblem',1),7357123).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAProblem',1),7357151).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingAMixedFractionFromASimpleFraction',1),7357045).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingAnIntegerFromAMixedFraction',1),7357256).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingASimpleFractionFromAMixedFraction',1),7357035).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingMixedFractions',1),7357139).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelyEvaluatingATwoArgDivisionExpression',2),7357088).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelyEvaluatingATwoArgMultiplicationExpression',1),7357039).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelySimplifyingATwoArgDivisionExpression',1),7357117).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelySimplifyingATwoArgDivisionExpression',2),7476685).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftSimplifyingAnEvaluatableSubExpression',1),7357158).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionAfterSubstitutingMathProblem'),1),7357221).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),7356909).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),7357266).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwExpressionComparisonProblem'),1),7357209).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwQuantitativeRelationshipMathProblem'),1),7357147).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwSimplifyExpressionMathProblem'),1),7356908).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwSimplifyExpressionMathProblem'),1),7357232).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwEvaluateExpressionAfterSubstitutingMathProblem'),1),7357227).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0001_1','iVersionOfElleForColumnarMultiplicationTest0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),7357201).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1','iDefaultModelForProvidingTheAnswerToAMathProblem',7464934).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingAnIntegerAndAFraction'),7465361).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingAnIntegerAndAMixedFraction'),7465144).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingASimpleFractionAndAnInteger'),7465150).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingIntegersLongOrWithCarryingWithCalculator'),7465176).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingIntegersShortAndWithoutCarrying'),7465179).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingSimpleFractions'),7465183).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingTwoScalarPointValues'),7465032).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingTwoScalarPointValues'),7465262).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergy'),7465399).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergyOfAReactionByAppealToInitialAndFinalSystemStates'),7465441).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergyOfAReactionByAppealToSystemProperties'),7465429).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingTotalTabWithTip'),7465172).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCancelingOutFactorsDenominatorAndNumerator'),7465295).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCancelingOutFactorsNumeratorAndDenominator'),7465296).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCommutingTwoMathematicalExpressions'),7465087).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelyEvaluatingAMathematicalExpressionTopLevel'),7465148).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionNoOpCase'),7465351).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionVariableBindingsKnown'),7465199).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionVariablesButNoVariableBindings'),7465369).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantityMixed'),7465316).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantitySimpleIntegerComponent'),7465335).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantitySimpleNoIntegerComponent'),7465093).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalValueToAPercentageValue'),7465089).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAFractionalNumberOrQuantityMixedToADecimal'),7465310).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAFractionalNumberOrQuantitySimpleToADecimal'),7465281).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAMixedFractionToAnEquivalentMixedFractionIncreasingFractionalPart'),7465381).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAnIntegerToAnEquivalentMixedFraction'),7465306).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAPercentageValueToADecimalValue'),7465142).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAPercentageValueToASimpleFraction'),7465347).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingASimpleFractionToAPercentageValue'),7465427).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCorrectingErrorOfDeemingIrrelevantQuantityRelevant'),7465113).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorFirstTermUnknownAndFirstRatioGreater'),7465115).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorFirstTermUnknownAndSecondRatioGreater'),7465117).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorSecondTermUnknownAndFirstRatioGreater'),7465158).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorSecondTermUnknownAndSecondRatioGreater'),7465164).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionIntoAnExpressionLeft'),7465461).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionIntoAnExpressionRight'),7465341).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionOutOfAnExpressionLeft'),7465343).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionOutOfAnExpressionRight'),7465345).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDividend'),7465478).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisor'),7465447).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDividendAndDivisorEqualLength'),7465191).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDividendLonger'),7465401).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDivisorLonger'),7465395).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedAndSimpleFractionsMixedDividend'),7465367).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedAndSimpleFractionsMixedDivisor'),7465357).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDividend'),7465377).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDivisor'),7465375).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDivisorAndDividend'),7465385).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDividend'),7465455).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDivisor'),7465099).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDivisorAndDividend'),7465083).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingTwoScalarPointValues'),7465033).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingTwoScalarPointValues'),7465275).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsComplexCase'),7465238).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsMultiplesCase'),7465226).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsNoOpCase'),7465209).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAPercentageOfAnIntegerBaseAmount'),7465403).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAReciprocal'),7465189).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAUnitRate'),7465154).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingTheReciprocalOfAnInteger'),7465101).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingTheReciprocalOfASimpleFraction'),7465457).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),7464920).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),7465433).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),7464921).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),7465449).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),7464928).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),7465168).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMovingADecimalPointLeftward'),7465405).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMovingADecimalPointRightward'),7465407).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingADecimalAndAnInteger'),7465085).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAMixedFractionAndASimpleFraction'),7465308).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerAndADecimal'),7465205).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerAndAMixedFraction'),7465121).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerByASimpleFraction'),7465363).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAScalarPointValueByOne'),7465095).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAScalarPointValueByZero'),7465081).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingMultiDigitIntegers'),7465211).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingOneByAScalarPointValue'),7465097).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingSmallIntegers'),7465435).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoDecimals'),7465136).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoMixedFractions'),7465070).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoScalarPointValues'),7465031).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoScalarPointValues'),7465224).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingZeroByAScalarPointValue'),7465077).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndAMixedFraction'),7465451).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndAnInteger'),7465185).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndASimpleFraction'),7465471).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoDecimals'),7465103).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoIntegers'),7465042).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoMixedFractionsEqualIntegerComponent'),7465409).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoMixedFractionsUnequalIntegerComponent'),7465397).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoSimpleFractions'),7465273).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoSimpleFractionsCommonDenominators'),7465314).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actPerformingAnOperationOnBothSidesOfAMathStatement'),7465075).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actPlacingADecimalPoint'),7465339).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingACoefficientViaMultiplicationOrDivision'),7465127).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingADecimalPoint'),7465490).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingOneTermViaAdditionOrSubtraction'),7465463).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRenamingAnIntegerToAnEqualSimpleFractionWithDenominatorOtherThan1'),7465387).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRenamingAnIntegerToASimpleFractionWithDenominator1'),7465371).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRepresentingARatioAsASimpleFraction'),7465389).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRepresentingASimpleFractionAsARatio'),7465109).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRespondingToAVaguePlantingOfRedFlagUserAction'),7465285).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRespondingToFeedbackAboutMissedQuantities'),7465337).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actScalingDownARatio'),7465240).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actScalingUpARatio'),7465079).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSelectingASubExpressionToSimplify'),7465379).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToMixedOnly'),7465046).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAFractionNoOpCase'),7465060).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAMixedNumberDroppingZero'),7465216).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingBothSidesOfAMathStatement'),7465359).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSolvingAUnivariateLinearEquation'),7465333).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubstitutingTheBindingForOneVariable'),7465383).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingAMixedFractionFromAnInteger'),7465050).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingAnIntegerFromASimpleFraction'),7465437).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingASimpleFractionFromAnInteger'),7465480).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersLargerValueFromSmallerValue'),7465072).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersNumberFromItself'),7465322).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersSingleDigitFromLargerValue'),7465207).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersSmallerValueFromLargerValue'),7465473).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingMixedFractionsFractionalPartOfMinuendGreaterOrEqual'),7465193).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingMixedFractionsFractionalPartOfMinuendLess'),7465445).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingSimpleFractions'),7465228).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingSimpleFractionsWithCommonDenominators'),7465236).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValues'),7465034).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValues'),7465279).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValuesNumberFromItself'),7465482).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actTransformingAMathExpressionUsingAssociationLeft'),7465423).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actTransformingAMathExpressionUsingAssociationRight'),7465413).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelyEvaluatingAMathematicalExpression'),7465391).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelySimplifyingAMathExpression'),7465327).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelySimplifyingAMathExpressionFractionalexpression'),7465419).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneAdditionSubExpression'),7465431).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneDivisionSubExpression'),7465302).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneEnclosedSubExpression'),7465425).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneMultiplicationSubExpression'),7465289).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneSubExpression'),7465132).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneSubtractionSubExpression'),7465255).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftSimplifyingAnEnclosedSubExpression'),7465492).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftSimplifyingASubExpression'),7465107).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actCheckingAnswerToProblemOfTypeFn','cwSolveLinearEquationOfOneVariableProblem')),7465486).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tParallelogram')),7465488).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tRectangle')),7465417).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tTrapezoid')),7465459).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tTriangle')),7465476).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tPentagon')),7465125).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tQuadrilateral')),7465052).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tTriangle')),7465066).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tRectangularParallelepiped')),7465203).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tRightCylinder')),7465264).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tWedge')),7465123).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tPyramidRectangularBase')),7465393).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRectangularParallelepiped')),7465453).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRightCircularCone')),7465365).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRightCylinder')),7465331).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tTetrahedron')),7465187).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tWedge')),7465355).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',0)),7464926).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',0)),7465373).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',1)),7464927).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',1)),7465484).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',2)),7464925).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',2)),7465411).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',3)),7464923).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',3)),7465415).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',4)),7464922).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',4)),7465091).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',1)),7465443).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',2)),7464929).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',2)),7465138).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',3)),7464919).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',3)),7465119).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',4)),7464918).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',4)),7465166).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actMultiplyingNumberOrQuantityTypesFn','vtFractionalNumberOrQuantitySimple','vtScalarIntegralValue')),7465349).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actSolvingEventTypeForProblemFn','iBELLAProblemPlaceholder')),7465353).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwMathWordProblem')),7464924).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwMathWordProblem')),7465134).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwSimplifyExpressionMathProblem')),7464933).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwSimplifyExpressionMathProblem')),7465056).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventReflectingFigureTypeFn','tTriangle')),7465421).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventRotatingFigureTypeFn','tTriangle')),7465105).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventTranslatingFigureTypeFn','tTriangle')),7465439).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingIntegersLongOrWithCarrying',1),7465250).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingIntegersSingleDigitToAnything',1),7465048).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractions',2),7465152).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractions',3),7465160).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionsWithCommonDenominators',1),7465201).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionToSimpleFraction',1),7465195).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionToSimpleFraction',2),7465318).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionsWithCommonDenominator',1),7465271).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionToMixedFraction',1),7465246).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionToMixedFraction',2),7465214).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionNoVariables',1),7465329).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingAMixedFractionToASimpleFraction',1),7465064).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingASimpleFractionToAMixedFraction',1),7465044).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingToAnEquivalentFraction',1),7465242).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDeterminingTheRelationBetweenAdditionExpressions',1),7465222).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDeterminingTheRelationBetweenExpressionsViaEvaluation',1),7465232).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDoingColumnarAddition',1),7779733).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDoingColumnarMultiplication',1),7466616).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsMultiplesCase',1),7465054).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',1),7465040).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',2),7465266).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',3),7465259).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionWithRemainder',1),7465234).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actFindingAGreatestCommonFactor',1),7465312).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actFindingAGreatestCommonFactor',2),7465320).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actMultiplyingADigitAndNumber',1),7466618).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actMultiplyingTwoSimpleFractions',3),7465293).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actReorderingOperandsToGroupLikeTerms',1),7465156).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionalOperand',1),7465257).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToWhole',1),7465283).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToWhole',2),7465304).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionReducingOnly',1),7465197).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionReducingOnly',2),7465218).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAMixedNumberWithImproperFractionalPart',1),7465325).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAnImproperFractionReduceAndConvertToMixed',1),7465291).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathProblem',1),7465269).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathWordProblem',1),7464930).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathWordProblem',1),7465146).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAProblem',1),7465174).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingAMixedFractionFromASimpleFraction',1),7465068).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingAnIntegerFromAMixedFraction',1),7465277).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingASimpleFractionFromAMixedFraction',1),7465058).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingMixedFractions',1),7465162).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSummingAColumnOfDigits',1),7779735).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelyEvaluatingATwoArgDivisionExpression',2),7465111).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelyEvaluatingATwoArgMultiplicationExpression',1),7465062).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelySimplifyingATwoArgDivisionExpression',1),7465140).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelySimplifyingATwoArgDivisionExpression',2),7476387).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftSimplifyingAnEvaluatableSubExpression',1),7465181).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionAfterSubstitutingMathProblem'),1),7465244).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),7464932).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),7465287).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwExpressionComparisonProblem'),1),7465230).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwQuantitativeRelationshipMathProblem'),1),7465170).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwSimplifyExpressionMathProblem'),1),7464931).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwSimplifyExpressionMathProblem'),1),7465253).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwEvaluateExpressionAfterSubstitutingMathProblem'),1),7465248).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0002_1','iVersionOfElleForColumnarMultiplicationTest0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),7465220).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1','iDefaultModelForProvidingTheAnswerToAMathProblem',8092027).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingAnIntegerAndAFraction'),8092248).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingAnIntegerAndAMixedFraction'),8092564).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingASimpleFractionAndAnInteger'),8092570).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingIntegersLongOrWithCarryingWithCalculator'),8092317).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingIntegersShortAndWithoutCarrying'),8092315).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingSimpleFractions'),8092299).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingTwoScalarPointValues'),8092122).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingTwoScalarPointValues'),8092339).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergy'),8092166).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergyOfAReactionByAppealToInitialAndFinalSystemStates'),8092548).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergyOfAReactionByAppealToSystemProperties'),8092552).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingTotalTabWithTip'),8092311).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCancelingOutFactorsDenominatorAndNumerator'),8092221).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCancelingOutFactorsNumeratorAndDenominator'),8092222).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCommutingTwoMathematicalExpressions'),8092508).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelyEvaluatingAMathematicalExpressionTopLevel'),8092568).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionNoOpCase'),8092234).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionVariableBindingsKnown'),8092280).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionVariablesButNoVariableBindings'),8092258).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantityMixed'),8092457).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantitySimpleIntegerComponent'),8092209).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantitySimpleNoIntegerComponent'),8092516).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalValueToAPercentageValue'),8092512).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAFractionalNumberOrQuantityMixedToADecimal'),8092451).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAFractionalNumberOrQuantitySimpleToADecimal'),8092431).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAMixedFractionToAnEquivalentMixedFractionIncreasingFractionalPart'),8092262).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAnIntegerToAnEquivalentMixedFraction'),8092447).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAPercentageValueToADecimalValue'),8092562).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAPercentageValueToASimpleFraction'),8092230).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingASimpleFractionToAPercentageValue'),8092186).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCorrectingErrorOfDeemingIrrelevantQuantityRelevant'),8092473).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorFirstTermUnknownAndFirstRatioGreater'),8092475).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorFirstTermUnknownAndSecondRatioGreater'),8092469).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorSecondTermUnknownAndFirstRatioGreater'),8092578).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorSecondTermUnknownAndSecondRatioGreater'),8092584).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionIntoAnExpressionLeft'),8092130).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionIntoAnExpressionRight'),8092215).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionOutOfAnExpressionLeft'),8092217).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionOutOfAnExpressionRight'),8092228).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDividend'),8092144).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisor'),8092534).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDividendAndDivisorEqualLength'),8092288).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDividendLonger'),8092160).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDivisorLonger'),8092284).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedAndSimpleFractionsMixedDividend'),8092246).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedAndSimpleFractionsMixedDivisor'),8092242).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDividend'),8092266).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDivisor'),8092256).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDivisorAndDividend'),8092276).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDividend'),8092526).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDivisor'),8092498).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDivisorAndDividend'),8092502).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingTwoScalarPointValues'),8092123).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingTwoScalarPointValues'),8092356).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsComplexCase'),8092389).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsMultiplesCase'),8092373).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsNoOpCase'),8092360).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAPercentageOfAnIntegerBaseAmount'),8092162).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAReciprocal'),8092290).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAUnitRate'),8092574).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingTheReciprocalOfAnInteger'),8092524).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingTheReciprocalOfASimpleFraction'),8092532).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),8092017).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),8092556).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),8092020).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),8092540).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),8092011).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),8092588).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMovingADecimalPointLeftward'),8092172).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMovingADecimalPointRightward'),8092174).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingADecimalAndAnInteger'),8092504).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAMixedFractionAndASimpleFraction'),8092449).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerAndADecimal'),8092254).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerAndAMixedFraction'),8092484).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerByASimpleFraction'),8092154).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAScalarPointValueByOne'),8092510).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAScalarPointValueByZero'),8092494).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingMultiDigitIntegers'),8092370).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingOneByAScalarPointValue'),8092520).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingSmallIntegers'),8092554).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoDecimals'),8092488).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoMixedFractions'),8092413).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoScalarPointValues'),8092121).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoScalarPointValues'),8092383).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingZeroByAScalarPointValue'),8092506).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndAMixedFraction'),8092538).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndAnInteger'),8092307).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndASimpleFraction'),8092140).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoDecimals'),8092518).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoIntegers'),8092409).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoMixedFractionsEqualIntegerComponent'),8092168).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoMixedFractionsUnequalIntegerComponent'),8092164).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoSimpleFractions'),8092354).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoSimpleFractionsCommonDenominators'),8092455).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actPerformingAnOperationOnBothSidesOfAMathStatement'),8092496).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actPlacingADecimalPoint'),8092213).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingACoefficientViaMultiplicationOrDivision'),8092479).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingADecimalPoint'),8092156).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingOneTermViaAdditionOrSubtraction'),8092132).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRenamingAnIntegerToAnEqualSimpleFractionWithDenominatorOtherThan1'),8092278).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRenamingAnIntegerToASimpleFractionWithDenominator1'),8092260).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRepresentingARatioAsASimpleFraction'),8092272).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRepresentingASimpleFractionAsARatio'),8092461).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRespondingToAVaguePlantingOfRedFlagUserAction'),8092435).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRespondingToFeedbackAboutMissedQuantities'),8092211).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actScalingDownARatio'),8092322).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actScalingUpARatio'),8092500).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSelectingASubExpressionToSimplify'),8092268).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToMixedOnly'),8092405).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAFractionNoOpCase'),8092427).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAMixedNumberDroppingZero'),8092192).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingBothSidesOfAMathStatement'),8092250).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSolvingAUnivariateLinearEquation'),8092207).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubstitutingTheBindingForOneVariable'),8092264).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingAMixedFractionFromAnInteger'),8092401).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingAnIntegerFromASimpleFraction'),8092544).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingASimpleFractionFromAnInteger'),8092146).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersLargerValueFromSmallerValue'),8092200).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersNumberFromItself'),8092349).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersSingleDigitFromLargerValue'),8092366).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersSmallerValueFromLargerValue'),8092292).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingMixedFractionsFractionalPartOfMinuendGreaterOrEqual'),8092297).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingMixedFractionsFractionalPartOfMinuendLess'),8092536).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingSimpleFractions'),8092387).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingSimpleFractionsWithCommonDenominators'),8092395).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValues'),8092124).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValues'),8092352).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValuesNumberFromItself'),8092313).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actTransformingAMathExpressionUsingAssociationLeft'),8092190).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actTransformingAMathExpressionUsingAssociationRight'),8092180).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelyEvaluatingAMathematicalExpression'),8092274).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelySimplifyingAMathExpression'),8092203).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelySimplifyingAMathExpressionFractionalexpression'),8092178).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneAdditionSubExpression'),8092550).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneDivisionSubExpression'),8092443).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneEnclosedSubExpression'),8092184).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneMultiplicationSubExpression'),8092439).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneSubExpression'),8092490).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneSubtractionSubExpression'),8092326).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftSimplifyingAnEnclosedSubExpression'),8092158).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftSimplifyingASubExpression'),8092467).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actCheckingAnswerToProblemOfTypeFn','cwSolveLinearEquationOfOneVariableProblem')),8092150).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tParallelogram')),8092152).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tRectangle')),8092176).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tTrapezoid')),8092530).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tTriangle')),8092142).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tPentagon')),8092477).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tQuadrilateral')),8092403).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tTriangle')),8092417).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tRectangularParallelepiped')),8092358).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tRightCylinder')),8092343).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tWedge')),8092486).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tPyramidRectangularBase')),8092286).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRectangularParallelepiped')),8092528).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRightCircularCone')),8092244).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRightCylinder')),8092205).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tTetrahedron')),8092305).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tWedge')),8092240).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',0)),8092012).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',0)),8092252).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',1)),8092021).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',1)),8092148).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',2)),8092019).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',2)),8092170).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',3)),8092016).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',3)),8092182).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',4)),8092014).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',4)),8092522).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',1)),8092546).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',2)),8092018).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',2)),8092558).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',3)),8092015).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',3)),8092471).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',4)),8092022).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',4)),8092586).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actMultiplyingNumberOrQuantityTypesFn','vtFractionalNumberOrQuantitySimple','vtScalarIntegralValue')),8092232).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actSolvingEventTypeForProblemFn','iBELLAProblemPlaceholder')),8092238).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwMathWordProblem')),8092013).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwMathWordProblem')),8092492).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwSimplifyExpressionMathProblem')),8092026).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwSimplifyExpressionMathProblem')),8092415).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventReflectingFigureTypeFn','tTriangle')),8092188).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventRotatingFigureTypeFn','tTriangle')),8092465).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventTranslatingFigureTypeFn','tTriangle')),8092542).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingIntegersLongOrWithCarrying',1),8092330).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingIntegersSingleDigitToAnything',1),8092514).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractions',2),8092572).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractions',3),8092580).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionsWithCommonDenominators',1),8092362).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionToSimpleFraction',1),8092295).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionToSimpleFraction',2),8092459).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionsWithCommonDenominator',1),8092337).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionToMixedFraction',1),8092453).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionToMixedFraction',2),8092364).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionNoVariables',1),8092236).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingAMixedFractionToASimpleFraction',1),8092407).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingASimpleFractionToAMixedFraction',1),8092411).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingToAnEquivalentFraction',1),8092341).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDeterminingTheRelationBetweenAdditionExpressions',1),8092368).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDeterminingTheRelationBetweenExpressionsViaEvaluation',1),8092391).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDoingColumnarAddition',1),8092375).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDoingColumnarMultiplication',1),8092646).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsMultiplesCase',1),8092397).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',1),8092399).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',2),8092194).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',3),8092197).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionWithRemainder',1),8092385).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actFindingAGreatestCommonFactor',1),8092437).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actFindingAGreatestCommonFactor',2),8092445).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actMultiplyingADigitAndNumber',1),8092648).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actMultiplyingTwoSimpleFractions',3),8092219).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actReorderingOperandsToGroupLikeTerms',1),8092576).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionalOperand',1),8092328).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToWhole',1),8092433).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToWhole',2),8092429).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionReducingOnly',1),8092282).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionReducingOnly',2),8092377).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAMixedNumberWithImproperFractionalPart',1),8092345).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAnImproperFractionReduceAndConvertToMixed',1),8092441).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathProblem',1),8092335).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathWordProblem',1),8092023).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathWordProblem',1),8092566).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAProblem',1),8092309).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingAMixedFractionFromASimpleFraction',1),8092419).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingAnIntegerFromAMixedFraction',1),8092347).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingASimpleFractionFromAMixedFraction',1),8092425).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingMixedFractions',1),8092582).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSummingAColumnOfDigits',1),8092379).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelyEvaluatingATwoArgDivisionExpression',2),8092463).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelyEvaluatingATwoArgMultiplicationExpression',1),8092421).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelySimplifyingATwoArgDivisionExpression',1),8092560).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelySimplifyingATwoArgDivisionExpression',2),8092270).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftSimplifyingAnEvaluatableSubExpression',1),8092301).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionAfterSubstitutingMathProblem'),1),8092324).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),8092025).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),8092423).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwExpressionComparisonProblem'),1),8092381).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwQuantitativeRelationshipMathProblem'),1),8092393).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwSimplifyExpressionMathProblem'),1),8092024).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwSimplifyExpressionMathProblem'),1),8092333).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwEvaluateExpressionAfterSubstitutingMathProblem'),1),8092320).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForColumnarMultiplicationTest0003_Decimals_1','iVersionOfElleForColumnarMultiplicationTest0003_Decimals_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),8092303).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1','iDefaultModelForProvidingTheAnswerToAMathProblem',6458173).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingAnIntegerAndAFraction'),6458287).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingAnIntegerAndAMixedFraction'),6458402).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingASimpleFractionAndAnInteger'),6458412).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingIntegersLongOrWithCarryingWithCalculator'),6458242).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingIntegersShortAndWithoutCarrying'),6458229).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingSimpleFractions'),6458251).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingTwoScalarPointValues'),6458221).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingTwoScalarPointValues'),6458658).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergy'),6458498).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergyOfAReactionByAppealToInitialAndFinalSystemStates'),6458416).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergyOfAReactionByAppealToSystemProperties'),6458437).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingTotalTabWithTip'),6458238).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCommutingTwoMathematicalExpressions'),6458363).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelyEvaluatingAMathematicalExpressionTopLevel'),6458394).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionNoOpCase'),6458339).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionVariableBindingsKnown'),6458301).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionVariablesButNoVariableBindings'),6458295).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantityMixed'),6458564).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantitySimpleIntegerComponent'),6458325).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantitySimpleNoIntegerComponent'),6458494).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalValueToAPercentageValue'),6458508).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAFractionalNumberOrQuantityMixedToADecimal'),6458593).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAFractionalNumberOrQuantitySimpleToADecimal'),6458606).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAMixedFractionToAnEquivalentMixedFractionIncreasingFractionalPart'),6458311).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAnIntegerToAnEquivalentMixedFraction'),6458544).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAPercentageValueToADecimalValue'),6458379).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAPercentageValueToASimpleFraction'),6458345).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingASimpleFractionToAPercentageValue'),6458524).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingToAnEquivalentFraction'),6458357).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCorrectingErrorOfDeemingIrrelevantQuantityRelevant'),6458433).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorFirstTermUnknownAndFirstRatioGreater'),6458435).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorFirstTermUnknownAndSecondRatioGreater'),6458447).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorSecondTermUnknownAndFirstRatioGreater'),6458365).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorSecondTermUnknownAndSecondRatioGreater'),6458375).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionIntoAnExpressionLeft'),6458582).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionIntoAnExpressionRight'),6458351).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionOutOfAnExpressionLeft'),6458347).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionOutOfAnExpressionRight'),6458349).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDividend'),6458548).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisor'),6458471).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDividendAndDivisorEqualLength'),6458249).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDividendLonger'),6458510).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDivisorLonger'),6458321).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedAndSimpleFractionsMixedDividend'),6458291).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedAndSimpleFractionsMixedDivisor'),6458333).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDividend'),6458283).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDivisor'),6458277).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDivisorAndDividend'),6458315).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDividend'),6458453).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDivisor'),6458522).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDivisorAndDividend'),6458359).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingTwoScalarPointValues'),6458222).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingTwoScalarPointValues'),6458643).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsComplexCase'),6458273).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsMultiplesCase'),6458265).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsNoOpCase'),6458626).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAPercentageOfAnIntegerBaseAmount'),6458506).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAReciprocal'),6458247).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAUnitRate'),6458445).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingTheReciprocalOfAnInteger'),6458512).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingTheReciprocalOfASimpleFraction'),6458459).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),6458159).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),6458443).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),6458160).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),6458467).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),6458158).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),6458369).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMovingADecimalPointLeftward'),6458490).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMovingADecimalPointRightward'),6458484).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingADecimalAndAnInteger'),6458377).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAMixedFractionAndASimpleFraction'),6458546).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerAndAMixedFraction'),6458383).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAScalarPointValueByOne'),6458502).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAScalarPointValueByZero'),6458536).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingMultiDigitIntegers'),6458630).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingOneByAScalarPointValue'),6458514).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingSmallIntegers'),6458449).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoDecimals'),6458414).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoMixedFractions'),6458616).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoScalarPointValues'),6458220).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoScalarPointValues'),6458257).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoSimpleFractions'),6458560).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingZeroByAScalarPointValue'),6458538).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndAMixedFraction'),6458475).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndAnInteger'),6458253).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndASimpleFraction'),6458591).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoDecimals'),6458520).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoIntegers'),6458469).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoMixedFractionsEqualIntegerComponent'),6458496).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoMixedFractionsUnequalIntegerComponent'),6458500).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoSimpleFractions'),6458647).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoSimpleFractionsCommonDenominators'),6458558).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actPerformingAnOperationOnBothSidesOfAMathStatement'),6458532).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actPlacingADecimalPoint'),6458353).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingACoefficientViaMultiplicationOrDivision'),6458389).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingADecimalPoint'),6458566).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingOneTermViaAdditionOrSubtraction'),6458570).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRenamingAnIntegerToAnEqualSimpleFractionWithDenominatorOtherThan1'),6458313).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRenamingAnIntegerToASimpleFractionWithDenominator1'),6458297).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRepresentingARatioAsASimpleFraction'),6458319).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRepresentingASimpleFractionAsARatio'),6458418).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRespondingToAVaguePlantingOfRedFlagUserAction'),6458602).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRespondingToFeedbackAboutMissedQuantities'),6458323).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actScalingDownARatio'),6458668).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actScalingUpARatio'),6458530).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSelectingASubExpressionToSimplify'),6458279).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToMixedOnly'),6458461).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAFractionNoOpCase'),6458622).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingBothSidesOfAMathStatement'),6458289).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSolvingAUnivariateLinearEquation'),6458327).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubstitutingTheBindingForOneVariable'),6458285).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingAMixedFractionFromAnInteger'),6458488).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingAnIntegerFromASimpleFraction'),6458408).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingASimpleFractionFromAnInteger'),6458542).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersLargerValueFromSmallerValue'),6458235).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersNumberFromItself'),6458424).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersSingleDigitFromLargerValue'),6458624).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersSmallerValueFromLargerValue'),6458479).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingMixedFractionsFractionalPartOfMinuendGreaterOrEqual'),6458309).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingMixedFractionsFractionalPartOfMinuendLess'),6458465).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingSimpleFractions'),6458259).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingSimpleFractionsWithCommonDenominators'),6458267).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValues'),6458223).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValues'),6458635).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValuesNumberFromItself'),6458371).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actTransformingAMathExpressionUsingAssociationLeft'),6458516).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actTransformingAMathExpressionUsingAssociationRight'),6458534).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelyEvaluatingAMathematicalExpression'),6458317).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelySimplifyingAMathExpression'),6458331).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelySimplifyingAMathExpressionFractionalexpression'),6458540).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneAdditionSubExpression'),6458427).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneDivisionSubExpression'),6458568).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneEnclosedSubExpression'),6458526).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneMultiplicationSubExpression'),6458578).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneSubExpression'),6458400).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneSubtractionSubExpression'),6458666).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftSimplifyingAnEnclosedSubExpression'),6458608).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftSimplifyingASubExpression'),6458410).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actCheckingAnswerToProblemOfTypeFn','cwSolveLinearEquationOfOneVariableProblem')),6458552).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tParallelogram')),6458610).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tRectangle')),6458562).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tTrapezoid')),6458457).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tTriangle')),6458586).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tPentagon')),6458381).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tQuadrilateral')),6458482).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tTriangle')),6458451).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tRectangularParallelepiped')),6458641).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tRightCylinder')),6458639).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tWedge')),6458367).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tPyramidRectangularBase')),6458299).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRectangularParallelepiped')),6458441).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRightCircularCone')),6458293).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRightCylinder')),6458329).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tTetrahedron')),6458245).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tWedge')),6458337).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',0)),6458157).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',0)),6458281).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',1)),6458166).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',1)),6458556).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',2)),6458164).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',2)),6458486).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',3)),6458168).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',3)),6458528).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',4)),6458167).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',4)),6458504).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',1)),6458431).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',2)),6458163).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',2)),6458387).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',3)),6458162).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',3)),6458429).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',4)),6458161).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',4)),6458373).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actMultiplyingNumberOrQuantityTypesFn','vtFractionalNumberOrQuantitySimple','vtScalarIntegralValue')),6458343).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actSolvingEventTypeForProblemFn','iBELLAProblemPlaceholder')),6458341).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwMathWordProblem')),6458165).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwMathWordProblem')),6458396).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwSimplifyExpressionMathProblem')),6458172).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwSimplifyExpressionMathProblem')),6458618).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventReflectingFigureTypeFn','tTriangle')),6458518).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventRotatingFigureTypeFn','tTriangle')),6458404).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventTranslatingFigureTypeFn','tTriangle')),6458422).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingIntegersLongOrWithCarrying',1),6458649).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingIntegersSingleDigitToAnything',1),6458492).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractions',2),6458406).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractions',3),6458361).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionsWithCommonDenominators',1),6458628).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionToSimpleFraction',1),6458307).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionToSimpleFraction',2),6458554).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionsWithCommonDenominator',1),6458656).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionToMixedFraction',1),6458664).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionToMixedFraction',2),6458633).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionNoVariables',1),6458335).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingAMixedFractionToASimpleFraction',1),6458455).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingASimpleFractionToAMixedFraction',1),6458463).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDeterminingTheRelationBetweenAdditionExpressions',1),6458263).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDeterminingTheRelationBetweenExpressionsViaEvaluation',1),6458275).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsMultiplesCase',1),6458477).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',1),6458473).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',2),6458595).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',3),6458588).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionWithRemainder',1),6458271).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actFindingAGreatestCommonFactor',1),6458584).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actFindingAGreatestCommonFactor',2),6458550).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actMultiplyingAnIntegerByASimpleFraction',1),6458233).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actReorderingOperandsToGroupLikeTerms',1),6458439).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionalOperand',1),6458654).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToWhole',1),6458604).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToWhole',2),6458612).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionReducingOnly',1),6458305).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionReducingOnly',2),6458261).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAMixedNumberWithImproperFractionalPart',1),6458645).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAnImproperFractionReduceAndConvertToMixed',1),6458580).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathProblem',1),6458660).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathWordProblem',1),6458169).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathWordProblem',1),6458398).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAProblem',1),6458240).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingAMixedFractionFromASimpleFraction',1),6458614).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingAnIntegerFromAMixedFraction',1),6458637).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingASimpleFractionFromAMixedFraction',1),6458620).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingMixedFractions',1),6458355).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelyEvaluatingATwoArgDivisionExpression',2),6458420).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelyEvaluatingATwoArgMultiplicationExpression',1),6458598).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelySimplifyingATwoArgDivisionExpression',1),6458385).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelySimplifyingATwoArgDivisionExpression',2),7476507).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftSimplifyingAnEvaluatableSubExpression',1),6458231).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionAfterSubstitutingMathProblem'),1),6458670).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),6458171).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),6458600).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwExpressionComparisonProblem'),1),6458255).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwQuantitativeRelationshipMathProblem'),1),6458269).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwSimplifyExpressionMathProblem'),1),6458170).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwSimplifyExpressionMathProblem'),1),6458652).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwEvaluateExpressionAfterSubstitutingMathProblem'),1),6458662).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0001_1','iVersionOfElleForComparison0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),6458303).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1','iDefaultModelForProvidingTheAnswerToAMathProblem',6924244).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingAnIntegerAndAFraction'),6924622).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingAnIntegerAndAMixedFraction'),6924407).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingASimpleFractionAndAnInteger'),6924413).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingIntegersLongOrWithCarryingWithCalculator'),6924439).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingIntegersShortAndWithoutCarrying'),6924442).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingSimpleFractions'),6924448).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingTwoScalarPointValues'),6924293).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingTwoScalarPointValues'),6924520).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergy'),6924658).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergyOfAReactionByAppealToInitialAndFinalSystemStates'),6924700).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergyOfAReactionByAppealToSystemProperties'),6924688).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingTotalTabWithTip'),6924435).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCancelingOutFactorsDenominatorAndNumerator'),6924556).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCancelingOutFactorsNumeratorAndDenominator'),6924557).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCommutingTwoMathematicalExpressions'),6924350).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelyEvaluatingAMathematicalExpressionTopLevel'),6924411).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionNoOpCase'),6924612).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionVariableBindingsKnown'),6924464).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionVariablesButNoVariableBindings'),6924628).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantityMixed'),6924577).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantitySimpleIntegerComponent'),6924596).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantitySimpleNoIntegerComponent'),6924356).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalValueToAPercentageValue'),6924352).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAFractionalNumberOrQuantityMixedToADecimal'),6924571).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAFractionalNumberOrQuantitySimpleToADecimal'),6924542).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAMixedFractionToAnEquivalentMixedFractionIncreasingFractionalPart'),6924640).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAnIntegerToAnEquivalentMixedFraction'),6924567).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAPercentageValueToADecimalValue'),6924405).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAPercentageValueToASimpleFraction'),6924608).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingASimpleFractionToAPercentageValue'),6924686).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCorrectingErrorOfDeemingIrrelevantQuantityRelevant'),6924376).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorFirstTermUnknownAndFirstRatioGreater'),6924378).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorFirstTermUnknownAndSecondRatioGreater'),6924380).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorSecondTermUnknownAndFirstRatioGreater'),6924421).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorSecondTermUnknownAndSecondRatioGreater'),6924427).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionIntoAnExpressionLeft'),6924720).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionIntoAnExpressionRight'),6924602).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionOutOfAnExpressionLeft'),6924604).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionOutOfAnExpressionRight'),6924606).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDividend'),6924737).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisor'),6924706).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDividendAndDivisorEqualLength'),6924456).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDividendLonger'),6924660).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDivisorLonger'),6924654).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedAndSimpleFractionsMixedDividend'),6924626).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedAndSimpleFractionsMixedDivisor'),6924618).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDividend'),6924636).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDivisor'),6924634).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDivisorAndDividend'),6924644).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDividend'),6924714).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDivisor'),6924362).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDivisorAndDividend'),6924346).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingTwoScalarPointValues'),6924294).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingTwoScalarPointValues'),6924536).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsComplexCase'),6924501).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsMultiplesCase'),6924489).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsNoOpCase'),6924472).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAPercentageOfAnIntegerBaseAmount'),6924662).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAReciprocal'),6924454).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAUnitRate'),6924417).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingTheReciprocalOfAnInteger'),6924364).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingTheReciprocalOfASimpleFraction'),6924716).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),6924238).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),6924692).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),6924237).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),6924708).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),6924228).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),6924431).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMovingADecimalPointLeftward'),6924664).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMovingADecimalPointRightward'),6924666).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingADecimalAndAnInteger'),6924348).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAMixedFractionAndASimpleFraction'),6924569).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerAndADecimal'),6924344).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerAndAMixedFraction'),6924384).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAScalarPointValueByOne'),6924358).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAScalarPointValueByZero'),6924342).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingMultiDigitIntegers'),6924474).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingOneByAScalarPointValue'),6924360).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingSmallIntegers'),6924694).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoDecimals'),6924399).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoMixedFractions'),6924331).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoScalarPointValues'),6924292).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoScalarPointValues'),6924487).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingZeroByAScalarPointValue'),6924338).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndAMixedFraction'),6924710).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndAnInteger'),6924450).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndASimpleFraction'),6924730).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoDecimals'),6924366).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoIntegers'),6924303).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoMixedFractionsEqualIntegerComponent'),6924668).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoMixedFractionsUnequalIntegerComponent'),6924656).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoSimpleFractions'),6924534).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoSimpleFractionsCommonDenominators'),6924575).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actPerformingAnOperationOnBothSidesOfAMathStatement'),6924333).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actPlacingADecimalPoint'),6924600).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingACoefficientViaMultiplicationOrDivision'),6924390).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingADecimalPoint'),6924749).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingOneTermViaAdditionOrSubtraction'),6924722).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRenamingAnIntegerToAnEqualSimpleFractionWithDenominatorOtherThan1'),6924646).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRenamingAnIntegerToASimpleFractionWithDenominator1'),6924630).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRepresentingARatioAsASimpleFraction'),6924648).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRepresentingASimpleFractionAsARatio'),6924372).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRespondingToAVaguePlantingOfRedFlagUserAction'),6924546).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRespondingToFeedbackAboutMissedQuantities'),6924598).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actScalingDownARatio'),6924503).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actScalingUpARatio'),6924340).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSelectingASubExpressionToSimplify'),6924638).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToMixedOnly'),6924307).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAFractionNoOpCase'),6924321).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAMixedNumberDroppingZero'),6924479).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingBothSidesOfAMathStatement'),6924620).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSolvingAUnivariateLinearEquation'),6924594).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubstitutingTheBindingForOneVariable'),6924642).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingAMixedFractionFromAnInteger'),6924311).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingAnIntegerFromASimpleFraction'),6924696).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingASimpleFractionFromAnInteger'),6924739).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersLargerValueFromSmallerValue'),6924335).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersNumberFromItself'),6924583).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersSingleDigitFromLargerValue'),6924470).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersSmallerValueFromLargerValue'),6924734).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingMixedFractionsFractionalPartOfMinuendGreaterOrEqual'),6924458).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingMixedFractionsFractionalPartOfMinuendLess'),6924704).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingSimpleFractions'),6924491).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingSimpleFractionsWithCommonDenominators'),6924499).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValues'),6924295).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValues'),6924540).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValuesNumberFromItself'),6924741).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actTransformingAMathExpressionUsingAssociationLeft'),6924682).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actTransformingAMathExpressionUsingAssociationRight'),6924672).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelyEvaluatingAMathematicalExpression'),6924650).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelySimplifyingAMathExpression'),6924588).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelySimplifyingAMathExpressionFractionalexpression'),6924678).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneAdditionSubExpression'),6924690).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneDivisionSubExpression'),6924563).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneEnclosedSubExpression'),6924684).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneMultiplicationSubExpression'),6924550).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneSubExpression'),6924395).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneSubtractionSubExpression'),6924516).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftSimplifyingAnEnclosedSubExpression'),6924751).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftSimplifyingASubExpression'),6924370).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actCheckingAnswerToProblemOfTypeFn','cwSolveLinearEquationOfOneVariableProblem')),6924745).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tParallelogram')),6924747).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tRectangle')),6924676).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tTrapezoid')),6924718).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tTriangle')),6924732).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tPentagon')),6924388).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tQuadrilateral')),6924313).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tTriangle')),6924327).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tRectangularParallelepiped')),6924468).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tRightCylinder')),6924525).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tWedge')),6924386).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tPyramidRectangularBase')),6924652).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRectangularParallelepiped')),6924712).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRightCircularCone')),6924624).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRightCylinder')),6924592).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tTetrahedron')),6924452).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tWedge')),6924616).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',0)),6924235).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',0)),6924632).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',1)),6924236).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',1)),6924743).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',2)),6924234).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',2)),6924670).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',3)),6924231).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',3)),6924674).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',4)),6924233).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',4)),6924354).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',1)),6924702).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',2)),6924232).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',2)),6924401).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',3)),6924229).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',3)),6924382).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',4)),6924230).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',4)),6924429).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actMultiplyingNumberOrQuantityTypesFn','vtFractionalNumberOrQuantitySimple','vtScalarIntegralValue')),6924610).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actSolvingEventTypeForProblemFn','iBELLAProblemPlaceholder')),6924614).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwMathWordProblem')),6924239).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwMathWordProblem')),6924397).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwSimplifyExpressionMathProblem')),6924243).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwSimplifyExpressionMathProblem')),6924317).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventReflectingFigureTypeFn','tTriangle')),6924680).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventRotatingFigureTypeFn','tTriangle')),6924368).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventTranslatingFigureTypeFn','tTriangle')),6924698).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingIntegersLongOrWithCarrying',1),6924511).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingIntegersSingleDigitToAnything',1),6924309).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractions',2),6924415).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractions',3),6924423).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionsWithCommonDenominators',1),6924466).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionToSimpleFraction',1),6924460).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionToSimpleFraction',2),6924579).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionsWithCommonDenominator',1),6924532).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionToMixedFraction',1),6924507).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionToMixedFraction',2),6924477).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionNoVariables',1),6924590).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingAMixedFractionToASimpleFraction',1),6924325).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingASimpleFractionToAMixedFraction',1),6924305).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingToAnEquivalentFraction',1),7287489).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDeterminingTheRelationBetweenAdditionExpressions',1),6924483).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDeterminingTheRelationBetweenExpressionsViaEvaluation',1),6924495).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsMultiplesCase',1),6924315).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',1),6924301).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',2),6924527).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',3),6924522).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionWithRemainder',1),6924497).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actFindingAGreatestCommonFactor',1),6924573).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actFindingAGreatestCommonFactor',2),6924581).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actMultiplyingAnIntegerByASimpleFraction',1),6924446).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actMultiplyingTwoSimpleFractions',3),6924554).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actReorderingOperandsToGroupLikeTerms',1),6924419).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionalOperand',1),6924518).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToWhole',1),6924544).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToWhole',2),6924565).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionReducingOnly',1),6924462).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionReducingOnly',2),6924481).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAMixedNumberWithImproperFractionalPart',1),6924586).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAnImproperFractionReduceAndConvertToMixed',1),6924552).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathProblem',1),6924530).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathWordProblem',1),6924240).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathWordProblem',1),6924409).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAProblem',1),6924437).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingAMixedFractionFromASimpleFraction',1),6924329).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingAnIntegerFromAMixedFraction',1),6924538).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingASimpleFractionFromAMixedFraction',1),6924319).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingMixedFractions',1),6924425).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelyEvaluatingATwoArgDivisionExpression',2),6924374).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelyEvaluatingATwoArgMultiplicationExpression',1),6924323).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelySimplifyingATwoArgDivisionExpression',1),6924403).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelySimplifyingATwoArgDivisionExpression',2),7476493).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftSimplifyingAnEvaluatableSubExpression',1),6924444).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionAfterSubstitutingMathProblem'),1),6924505).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),6924242).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),6924548).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwExpressionComparisonProblem'),1),6924493).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwQuantitativeRelationshipMathProblem'),1),6924433).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwSimplifyExpressionMathProblem'),1),6924241).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwSimplifyExpressionMathProblem'),1),6924514).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwEvaluateExpressionAfterSubstitutingMathProblem'),1),6924509).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForComparison0002_1','iVersionOfElleForComparison0002_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),6924485).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDaniel','iVersionOfElleForDaniel','iDefaultModelForProvidingTheAnswerToAMathProblem',6683407).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDaniel','iVersionOfElleForDaniel',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),6683369).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDaniel','iVersionOfElleForDaniel',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),6683372).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDaniel','iVersionOfElleForDaniel',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),6683378).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDaniel','iVersionOfElleForDaniel',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',0)),6683380).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDaniel','iVersionOfElleForDaniel',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',1)),6683370).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDaniel','iVersionOfElleForDaniel',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',2)),6683371).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDaniel','iVersionOfElleForDaniel',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',3)),6683373).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDaniel','iVersionOfElleForDaniel',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',4)),6683376).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDaniel','iVersionOfElleForDaniel',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',2)),6683375).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDaniel','iVersionOfElleForDaniel',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',3)),6683374).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDaniel','iVersionOfElleForDaniel',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',4)),6683379).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDaniel','iVersionOfElleForDaniel',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwMathWordProblem')),6683377).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDaniel','iVersionOfElleForDaniel',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwSimplifyExpressionMathProblem')),6683384).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDaniel','iVersionOfElleForDaniel',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathWordProblem',1),6683381).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDaniel','iVersionOfElleForDaniel',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),6683383).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDaniel','iVersionOfElleForDaniel',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwSimplifyExpressionMathProblem'),1),6683382).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1','iDefaultModelForProvidingTheAnswerToAMathProblem',7133364).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingAnIntegerAndAFraction'),7133745).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingAnIntegerAndAMixedFraction'),7133528).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingASimpleFractionAndAnInteger'),7133534).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingIntegersLongOrWithCarryingWithCalculator'),7133560).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingIntegersShortAndWithoutCarrying'),7133563).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingSimpleFractions'),7133569).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingTwoScalarPointValues'),7133414).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingTwoScalarPointValues'),7133646).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergy'),7133779).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergyOfAReactionByAppealToInitialAndFinalSystemStates'),7133821).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergyOfAReactionByAppealToSystemProperties'),7133809).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingTotalTabWithTip'),7133556).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCancelingOutFactorsDenominatorAndNumerator'),7133679).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCancelingOutFactorsNumeratorAndDenominator'),7133680).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCommutingTwoMathematicalExpressions'),7133469).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelyEvaluatingAMathematicalExpressionTopLevel'),7133532).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionNoOpCase'),7133735).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionVariableBindingsKnown'),7133585).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionVariablesButNoVariableBindings'),7133751).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantityMixed'),7133700).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantitySimpleIntegerComponent'),7133719).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantitySimpleNoIntegerComponent'),7133477).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalValueToAPercentageValue'),7133473).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAFractionalNumberOrQuantityMixedToADecimal'),7133694).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAFractionalNumberOrQuantitySimpleToADecimal'),7133665).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAMixedFractionToAnEquivalentMixedFractionIncreasingFractionalPart'),7133763).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAnIntegerToAnEquivalentMixedFraction'),7133690).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAPercentageValueToADecimalValue'),7133526).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAPercentageValueToASimpleFraction'),7133731).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingASimpleFractionToAPercentageValue'),7133807).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingToAnEquivalentFraction'),7133471).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actCorrectingErrorOfDeemingIrrelevantQuantityRelevant'),7133497).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorFirstTermUnknownAndFirstRatioGreater'),7133499).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorFirstTermUnknownAndSecondRatioGreater'),7133501).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorSecondTermUnknownAndFirstRatioGreater'),7133542).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorSecondTermUnknownAndSecondRatioGreater'),7133548).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionIntoAnExpressionLeft'),7133841).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionIntoAnExpressionRight'),7133725).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionOutOfAnExpressionLeft'),7133727).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionOutOfAnExpressionRight'),7133729).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDividend'),7133858).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisor'),7133827).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDividendAndDivisorEqualLength'),7133577).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDividendLonger'),7133781).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDivisorLonger'),7133775).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedAndSimpleFractionsMixedDividend'),7133749).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedAndSimpleFractionsMixedDivisor'),7133741).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDividend'),7133759).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDivisor'),7133757).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDividend'),7133835).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDivisor'),7133483).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDivisorAndDividend'),7133465).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingTwoScalarPointValues'),7133415).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingTwoScalarPointValues'),7133659).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsComplexCase'),7133624).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsMultiplesCase'),7133612).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsNoOpCase'),7133595).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAPercentageOfAnIntegerBaseAmount'),7133783).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAReciprocal'),7133575).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAUnitRate'),7133538).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingTheReciprocalOfAnInteger'),7133485).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingTheReciprocalOfASimpleFraction'),7133837).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),7133353).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),7133813).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),7133350).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),7133829).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),7133359).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),7133552).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMovingADecimalPointLeftward'),7133785).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMovingADecimalPointRightward'),7133787).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingADecimalAndAnInteger'),7133467).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAMixedFractionAndASimpleFraction'),7133692).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerAndADecimal'),7133591).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAnIntegerAndAMixedFraction'),7133505).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAScalarPointValueByOne'),7133479).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingAScalarPointValueByZero'),7133463).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingMultiDigitIntegers'),7133597).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingOneByAScalarPointValue'),7133481).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingSmallIntegers'),7133815).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoDecimals'),7133520).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoMixedFractions'),7133452).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoScalarPointValues'),7133413).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingTwoScalarPointValues'),7133610).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actMultiplyingZeroByAScalarPointValue'),7133459).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndAMixedFraction'),7133831).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndAnInteger'),7133571).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingADecimalAndASimpleFraction'),7133851).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoDecimals'),7133487).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoIntegers'),7133424).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoMixedFractionsEqualIntegerComponent'),7133789).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoMixedFractionsUnequalIntegerComponent'),7133777).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoSimpleFractions'),7133657).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actOrderingTwoSimpleFractionsCommonDenominators'),7133698).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actPerformingAnOperationOnBothSidesOfAMathStatement'),7133457).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actPlacingADecimalPoint'),7133723).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingACoefficientViaMultiplicationOrDivision'),7133511).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingADecimalPoint'),7133870).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRemovingOneTermViaAdditionOrSubtraction'),7133843).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRenamingAnIntegerToAnEqualSimpleFractionWithDenominatorOtherThan1'),7133767).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRenamingAnIntegerToASimpleFractionWithDenominator1'),7133753).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRepresentingARatioAsASimpleFraction'),7133769).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRepresentingASimpleFractionAsARatio'),7133493).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRespondingToAVaguePlantingOfRedFlagUserAction'),7133669).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actRespondingToFeedbackAboutMissedQuantities'),7133721).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actScalingDownARatio'),7133626).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actScalingUpARatio'),7133461).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSelectingASubExpressionToSimplify'),7133761).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToMixedOnly'),7133428).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAFractionNoOpCase'),7133442).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingAMixedNumberDroppingZero'),7133602).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSimplifyingBothSidesOfAMathStatement'),7133743).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSolvingAUnivariateLinearEquation'),7133717).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubstitutingTheBindingForOneVariable'),7133765).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingAMixedFractionFromAnInteger'),7133432).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingAnIntegerFromASimpleFraction'),7133817).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingASimpleFractionFromAnInteger'),7133860).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersLargerValueFromSmallerValue'),7133454).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersNumberFromItself'),7133706).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersSingleDigitFromLargerValue'),7133593).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingIntegersSmallerValueFromLargerValue'),7133853).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingMixedFractionsFractionalPartOfMinuendGreaterOrEqual'),7133579).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingMixedFractionsFractionalPartOfMinuendLess'),7133825).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingSimpleFractions'),7133614).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingSimpleFractionsWithCommonDenominators'),7133622).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValues'),7133416).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValues'),7133663).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actSubtractingTwoScalarPointValuesNumberFromItself'),7133862).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actTransformingAMathExpressionUsingAssociationLeft'),7133803).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','actTransformingAMathExpressionUsingAssociationRight'),7133793).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelyEvaluatingAMathematicalExpression'),7133771).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelySimplifyingAMathExpression'),7133711).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftCompletelySimplifyingAMathExpressionFractionalexpression'),7133799).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneAdditionSubExpression'),7133811).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneDivisionSubExpression'),7133686).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneEnclosedSubExpression'),7133805).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneMultiplicationSubExpression'),7133673).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneSubExpression'),7133516).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftEvaluatingOneSubtractionSubExpression'),7133639).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftSimplifyingAnEnclosedSubExpression'),7133872).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn','ftSimplifyingASubExpression'),7133491).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actCheckingAnswerToProblemOfTypeFn','cwSolveLinearEquationOfOneVariableProblem')),7133866).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tParallelogram')),7133868).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tRectangle')),7133797).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tTrapezoid')),7133839).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheAreaOfFigureTypeFn','tTriangle')),7133856).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tPentagon')),7133509).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tQuadrilateral')),7133434).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingThePerimeterOfFigureTypeFn','tTriangle')),7133448).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tRectangularParallelepiped')),7133589).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tRightCylinder')),7133648).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheSurfaceAreaOfShapeTypeFn','tWedge')),7133507).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tPyramidRectangularBase')),7133773).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRectangularParallelepiped')),7133833).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRightCircularCone')),7133747).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tRightCylinder')),7133715).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tTetrahedron')),7133573).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actFindingTheVolumeOfShapeTypeFn','tWedge')),7133739).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',0)),7133352).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',0)),7133755).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',1)),7133355).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',1)),7133864).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',2)),7133356).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',2)),7133791).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',3)),7133349).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',3)),7133795).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',4)),7133354).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNIrrelevantQuantitiesFn',4)),7133475).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',1)),7133823).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',2)),7133348).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',2)),7133522).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',3)),7133358).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',3)),7133503).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',4)),7133357).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actIdentifyingNRelevantQuantitiesFn',4)),7133550).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actMultiplyingNumberOrQuantityTypesFn','vtFractionalNumberOrQuantitySimple','vtScalarIntegralValue')),7133733).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actSolvingEventTypeForProblemFn','iBELLAProblemPlaceholder')),7133737).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwMathWordProblem')),7133351).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwMathWordProblem')),7133518).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwSimplifyExpressionMathProblem')),7133363).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwSimplifyExpressionMathProblem')),7133438).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventReflectingFigureTypeFn','tTriangle')),7133801).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventRotatingFigureTypeFn','tTriangle')),7133489).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtCanonicalProcessForProblemTypeMtFn',nartR('eventTranslatingFigureTypeFn','tTriangle')),7133819).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtErroneousProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDivisorAndDividend',1),7139914).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingIntegersLongOrWithCarrying',1),7133634).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingIntegersSingleDigitToAnything',1),7133430).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractions',2),7133536).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractions',3),7133544).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionsWithCommonDenominators',1),7133587).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionToSimpleFraction',1),7133581).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingMixedFractionToSimpleFraction',2),7133702).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionsWithCommonDenominator',1),7133655).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionToMixedFraction',1),7133630).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actAddingSimpleFractionToMixedFraction',2),7133600).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionNoVariables',1),7133713).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingAMixedFractionToASimpleFraction',1),7133446).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actConvertingASimpleFractionToAMixedFraction',1),7133426).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDeterminingTheRelationBetweenAdditionExpressions',1),7133608).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actDeterminingTheRelationBetweenExpressionsViaEvaluation',1),7133618).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsMultiplesCase',1),7133436).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',1),7133422).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',2),7133650).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionNoRemainder',3),7133643).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actEuclideanDivisionWithRemainder',1),7133620).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actFindingAGreatestCommonFactor',1),7133696).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actFindingAGreatestCommonFactor',2),7133704).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actMultiplyingAnIntegerByASimpleFraction',1),7133567).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actMultiplyingTwoSimpleFractions',3),7133677).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actReorderingOperandsToGroupLikeTerms',1),7133540).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionalOperand',1),7133641).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToWhole',1),7133667).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionConvertToWhole',2),7133688).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionReducingOnly',1),7133583).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAFractionReducingOnly',2),7133604).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAMixedNumberWithImproperFractionalPart',1),7133709).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSimplifyingAnImproperFractionReduceAndConvertToMixed',1),7133675).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathProblem',1),7133653).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathWordProblem',1),7133360).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAMathWordProblem',1),7133530).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSolvingAProblem',1),7133558).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingAMixedFractionFromASimpleFraction',1),7133450).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingAnIntegerFromAMixedFraction',1),7133661).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingASimpleFractionFromAMixedFraction',1),7133440).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','actSubtractingMixedFractions',1),7133546).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelyEvaluatingATwoArgDivisionExpression',2),7133495).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelyEvaluatingATwoArgMultiplicationExpression',1),7133444).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelySimplifyingATwoArgDivisionExpression',1),7133524).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftCompletelySimplifyingATwoArgDivisionExpression',2),7476347).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn','ftSimplifyingAnEvaluatableSubExpression',1),7133565).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionAfterSubstitutingMathProblem'),1),7133628).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),7133362).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),7133671).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwExpressionComparisonProblem'),1),7133616).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwQuantitativeRelationshipMathProblem'),1),7133554).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwSimplifyExpressionMathProblem'),1),7133361).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actSolvingProblemOfTypeFn','cwSimplifyExpressionMathProblem'),1),7133637).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwEvaluateExpressionAfterSubstitutingMathProblem'),1),7133632).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_1','iVersionOfElleForDivideWithFractions0001_1',nartR('mtSuccessfulProcessForProblemTypeMtFn',nartR('actUnderstandingProblemOfTypeFn','cwEvaluateExpressionMathProblem'),1),7133606).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_2','iVersionOfElleForDivideWithFractions0001_2','iDefaultModelForProvidingTheAnswerToAMathProblem',7134226).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_2','iVersionOfElleForDivideWithFractions0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingAnIntegerAndAFraction'),7134605).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_2','iVersionOfElleForDivideWithFractions0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingAnIntegerAndAMixedFraction'),7134388).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_2','iVersionOfElleForDivideWithFractions0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingASimpleFractionAndAnInteger'),7134394).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_2','iVersionOfElleForDivideWithFractions0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingIntegersLongOrWithCarryingWithCalculator'),7134420).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_2','iVersionOfElleForDivideWithFractions0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingIntegersShortAndWithoutCarrying'),7134423).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_2','iVersionOfElleForDivideWithFractions0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingSimpleFractions'),7134429).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_2','iVersionOfElleForDivideWithFractions0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingTwoScalarPointValues'),7134276).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_2','iVersionOfElleForDivideWithFractions0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actAddingTwoScalarPointValues'),7134506).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_2','iVersionOfElleForDivideWithFractions0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergy'),7134641).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_2','iVersionOfElleForDivideWithFractions0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergyOfAReactionByAppealToInitialAndFinalSystemStates'),7134683).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_2','iVersionOfElleForDivideWithFractions0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingChangeInGibbsFreeEnergyOfAReactionByAppealToSystemProperties'),7134671).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_2','iVersionOfElleForDivideWithFractions0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actCalculatingTotalTabWithTip'),7134416).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_2','iVersionOfElleForDivideWithFractions0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actCancelingOutFactorsDenominatorAndNumerator'),7134539).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_2','iVersionOfElleForDivideWithFractions0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actCancelingOutFactorsNumeratorAndDenominator'),7134540).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_2','iVersionOfElleForDivideWithFractions0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actCommutingTwoMathematicalExpressions'),7134329).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_2','iVersionOfElleForDivideWithFractions0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelyEvaluatingAMathematicalExpressionTopLevel'),7134392).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_2','iVersionOfElleForDivideWithFractions0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionNoOpCase'),7134595).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_2','iVersionOfElleForDivideWithFractions0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionVariableBindingsKnown'),7134445).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_2','iVersionOfElleForDivideWithFractions0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actCompletelySimplifyingAMathExpressionVariablesButNoVariableBindings'),7134611).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_2','iVersionOfElleForDivideWithFractions0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantityMixed'),7134560).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_2','iVersionOfElleForDivideWithFractions0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantitySimpleIntegerComponent'),7134579).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_2','iVersionOfElleForDivideWithFractions0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalToAFractionalNumberOrQuantitySimpleNoIntegerComponent'),7134337).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_2','iVersionOfElleForDivideWithFractions0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingADecimalValueToAPercentageValue'),7134333).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_2','iVersionOfElleForDivideWithFractions0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAFractionalNumberOrQuantityMixedToADecimal'),7134554).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_2','iVersionOfElleForDivideWithFractions0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAFractionalNumberOrQuantitySimpleToADecimal'),7134525).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_2','iVersionOfElleForDivideWithFractions0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAMixedFractionToAnEquivalentMixedFractionIncreasingFractionalPart'),7134623).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_2','iVersionOfElleForDivideWithFractions0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAnIntegerToAnEquivalentMixedFraction'),7134550).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_2','iVersionOfElleForDivideWithFractions0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAPercentageValueToADecimalValue'),7134386).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_2','iVersionOfElleForDivideWithFractions0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingAPercentageValueToASimpleFraction'),7134591).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_2','iVersionOfElleForDivideWithFractions0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingASimpleFractionToAPercentageValue'),7134669).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_2','iVersionOfElleForDivideWithFractions0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actConvertingToAnEquivalentFraction'),7134331).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_2','iVersionOfElleForDivideWithFractions0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actCorrectingErrorOfDeemingIrrelevantQuantityRelevant'),7134357).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_2','iVersionOfElleForDivideWithFractions0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorFirstTermUnknownAndFirstRatioGreater'),7134359).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_2','iVersionOfElleForDivideWithFractions0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorFirstTermUnknownAndSecondRatioGreater'),7134361).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_2','iVersionOfElleForDivideWithFractions0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorSecondTermUnknownAndFirstRatioGreater'),7134402).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_2','iVersionOfElleForDivideWithFractions0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDeterminingAScalingFactorSecondTermUnknownAndSecondRatioGreater'),7134408).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_2','iVersionOfElleForDivideWithFractions0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionIntoAnExpressionLeft'),7134703).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_2','iVersionOfElleForDivideWithFractions0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionIntoAnExpressionRight'),7134585).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_2','iVersionOfElleForDivideWithFractions0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionOutOfAnExpressionLeft'),7134587).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_2','iVersionOfElleForDivideWithFractions0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDistributingAnExpressionOutOfAnExpressionRight'),7134589).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_2','iVersionOfElleForDivideWithFractions0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDividend'),7134720).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_2','iVersionOfElleForDivideWithFractions0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisor'),7134689).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_2','iVersionOfElleForDivideWithFractions0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDividendAndDivisorEqualLength'),7134437).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_2','iVersionOfElleForDivideWithFractions0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDividendLonger'),7134643).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_2','iVersionOfElleForDivideWithFractions0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingDecimalsDecimalDivisorAndDividendDivisorLonger'),7134637).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_2','iVersionOfElleForDivideWithFractions0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedAndSimpleFractionsMixedDividend'),7134609).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_2','iVersionOfElleForDivideWithFractions0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedAndSimpleFractionsMixedDivisor'),7134601).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_2','iVersionOfElleForDivideWithFractions0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDividend'),7134619).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_2','iVersionOfElleForDivideWithFractions0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDivisor'),7134617).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_2','iVersionOfElleForDivideWithFractions0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingMixedFractionsFractionalDivisorAndDividend'),7134627).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_2','iVersionOfElleForDivideWithFractions0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDividend'),7134697).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_2','iVersionOfElleForDivideWithFractions0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingSimpleFractionsFractionalDivisor'),7134343).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_2','iVersionOfElleForDivideWithFractions0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingTwoScalarPointValues'),7134277).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_2','iVersionOfElleForDivideWithFractions0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actDividingTwoScalarPointValues'),7134519).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_2','iVersionOfElleForDivideWithFractions0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsComplexCase'),7134484).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_2','iVersionOfElleForDivideWithFractions0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsMultiplesCase'),7134472).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_2','iVersionOfElleForDivideWithFractions0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actEnsureCommonDenominatorsOfSimpleFractionsNoOpCase'),7134455).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_2','iVersionOfElleForDivideWithFractions0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAPercentageOfAnIntegerBaseAmount'),7134645).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_2','iVersionOfElleForDivideWithFractions0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAReciprocal'),7134435).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_2','iVersionOfElleForDivideWithFractions0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingAUnitRate'),7134398).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_2','iVersionOfElleForDivideWithFractions0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingTheReciprocalOfAnInteger'),7134345).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_2','iVersionOfElleForDivideWithFractions0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actFindingTheReciprocalOfASimpleFraction'),7134699).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_2','iVersionOfElleForDivideWithFractions0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),7134215).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_2','iVersionOfElleForDivideWithFractions0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneIrrelevantQuantity'),7134675).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_2','iVersionOfElleForDivideWithFractions0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),7134212).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_2','iVersionOfElleForDivideWithFractions0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingOneRelevantQuantity'),7134691).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_2','iVersionOfElleForDivideWithFractions0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),7134221).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_2','iVersionOfElleForDivideWithFractions0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actIdentifyingTheQuestionInAWordProblem'),7134412).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_2','iVersionOfElleForDivideWithFractions0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMovingADecimalPointLeftward'),7134647).
assertion_content('assignsProcessModelToTutee','iVersionOfBELLAForDivideWithFractions0001_2','iVersionOfElleForDivideWithFractions0001_2',nartR('mtCanonicalProcessForProblemTypeMtFn','actMovingADecimalPointRightward'),7134649).